Question: When did Tesla give a demonstration of his remote control boat?

Answer: 1898

Answer: In 1898,

Answer: 1898


Question: What was the boat called?

Answer: teleautomaton

Answer: teleautomaton

Answer: teleautomaton


Question: Where was the boat demonstration given?

Answer: Madison Square Garden

Answer: Madison Square Garden

Answer: Madison Square Garden


Question: What was the occasion for the boat demonstration?

Answer: an electrical exhibition

Answer: an electrical exhibition

Answer: an electrical exhibition


Question: What type of animal did onlookers claim was piloting the boat?

Answer: monkey

Answer: monkey

Answer: a trained monkey


Question: When did Tesla attain his electrical transmitter patent?

Answer: 1900

Answer: 1900

Answer: 1900


Question: Who first sent radio waves across the Atlantic?

Answer: Marconi

Answer: Guglielmo Marconi

Answer: Guglielmo Marconi


Question: When was Marconi's radio demonstration?

Answer: 1901

Answer: 1901

Answer: 1901


Question: When were Tesla's patents restored?

Answer: 1943

Answer: 1943

Answer: 1943


Question: A decision made by what entity restored Tesla's patents?

Answer: Supreme Court of the United States

Answer: Supreme Court of the United States

Answer: Supreme Court of the United States


Question: In what year did Tesla go to Colorado Springs?

Answer: 1899

Answer: 1899

Answer: 1899


Question: Where did he claim he would transport energy to?

Answer: Paris

Answer: Paris

Answer: Pikes Peak to Paris


Question: What date did Tesla begin his Colorado Springs experiments?

Answer: 15 June 1899

Answer: 15 June 1899

Answer: 15 June 1899


Question: What was the recorded length of the first spark?

Answer: five inches

Answer: five inches

Answer: five inches


Question: What kind of electricity was Tesla investigating?

Answer: atmospheric

Answer: atmospheric

Answer: atmospheric electricity


Question: What sort of waves did he claim to observe?

Answer: stationary

Answer: stationary

Answer: stationary waves


Question: What was Tesla's idea regarding Earth?

Answer: that the earth had a resonant frequency.

Answer: the earth had a resonant frequency

Answer: earth had a resonant frequency


Question: What natural phenomenon did Tesla create artificially?

Answer: lightning

Answer: lightning

Answer: lightning


Question: How big were his artificial bolts?

Answer: 135 feet

Answer: 135 feet long

Answer: consisting of millions of volts and up to 135 feet long


Question: From what distance could the artificial thunder be heard.

Answer: 15 miles

Answer: 15 miles

Answer: 15 miles away


Question: What happened to nearby light bulbs?

Answer: glowed even when turned off

Answer: glowed

Answer: glowed even when turned off


Question: What was notable about the butterflies?

Answer: Butterflies were electrified

Answer: electrified

Answer: electrified, swirling in circles with blue halos of St. Elmo's fire around their wings


Question: What did Tesla accidentally cause?

Answer: power outage

Answer: a power outage

Answer: power outage


Question: What happened to the dynamos in the power station?

Answer: repeatedly burned out

Answer: repeatedly burned out

Answer: repeatedly burned out


Question: What caused the dynamos to be burnt out?

Answer: powerful high frequency currents

Answer: powerful high frequency currents

Answer: powerful high frequency currents


Question: What did the sparks do to the insulation?

Answer: destroy

Answer: destroy

Answer: jump through the windings and destroy the insulation


Question: To what did Tesla attribute the unknown signals his radio received?

Answer: communications from another planet

Answer: communications from another planet

Answer: communications from another planet


Question: What planet did the reporters decide the signals were from?

Answer: Mars

Answer: Mars

Answer: Mars


Question: What magazine did Tesla talk to about the strange signals?

Answer: Collier's Weekly

Answer: Collier's Weekly

Answer: Collier's Weekly


Question: What is another possible explanation for the source of the signals?

Answer: intercepted Marconi's European experiments

Answer: he may have intercepted Marconi's European experiments

Answer: he may have intercepted Marconi's European experiments in July 1899


Question: When did Marconi transmit similar signals to those Tesla received?

Answer: July 1899

Answer: July 1899

Answer: July 1899


Question: How much money did John Jacob Astor IV provide Tesla with?

Answer: $100,000

Answer: $100,000

Answer: $100,000


Question: What did Astor expect the money be used for?

Answer: for Tesla to further develop and produce a new lighting system

Answer: a new lighting system

Answer: develop and produce a new lighting system


Question: What did Tesla spend Astor's money on?

Answer: to fund his Colorado Springs experiments.

Answer: his Colorado Springs experiments

Answer: fund his Colorado Springs experiments


Question: When did Astor provide the money?

Answer: 1899

Answer: In 1899

Answer: 1899


Question: When did Tesla depart from Colorado Springs?

Answer: 1900

Answer: On 7 January 1900

Answer: 7 January 1900


Question: What happened to his lab?

Answer: His lab was torn down

Answer: torn down

Answer: torn down in 1904


Question: When was his lab destroyed?

Answer: 1904

Answer: 1904

Answer: 1904


Question: What happened to the things inside the lab after it was torn down?

Answer: sold

Answer: sold

Answer: sold two years later


Question: What did Tesla establish following his Colorado experiments?

Answer: Wardenclyffe

Answer: Wardenclyffe

Answer: Wardenclyffe


Question: What kind of facility was Wardenclyffe?

Answer: trans-Atlantic wireless telecommunications facility

Answer: trans-Atlantic wireless telecommunications

Answer: trans-Atlantic wireless telecommunications


Question: Where was Wardenclyffe located?

Answer: near Shoreham, Long Island

Answer: Long Island

Answer: near Shoreham, Long Island


Question: Who did Tesla try to get money from?

Answer: Morgan

Answer: Morgan

Answer: Morgan


Question: On what did Tesla blame for the loss of the initial money?

Answer: Panic of 1901

Answer: the Panic of 1901

Answer: the Panic of 1901


Question: How did Morgan react to the request?

Answer: shocked

Answer: shocked

Answer: shocked by the reminder of his part in the stock market crash and by Tesla's breach of contract


Question: How much correspondence did Tesla send Morgan in the five years following 1901?

Answer: over 50 letters

Answer: over 50 letters

Answer: 50 letters


Question: Why did Tesla want funds from Morgan?

Answer: to complete the construction of Wardenclyffe.

Answer: to complete the construction of Wardenclyffe

Answer: to complete the construction of Wardenclyffe


Question: What happened in 1901?

Answer: Marconi successfully transmitted the letter S from England to Newfoundland

Answer: Marconi successfully transmitted the letter S from England to Newfoundland

Answer: Marconi successfully transmitted the letter S from England to Newfoundland


Question: How tall was the tower's ultimate height?

Answer: 187 feet

Answer: 187 feet

Answer: 187 feet (57 m)


Question: How many horsepower did Tesla's bladeless turbine have?

Answer: 200

Answer: 200

Answer: 200


Question: At what speed did the turbine operate?

Answer: 16,000 rpm

Answer: 16,000 rpm

Answer: 16,000 rpm


Question: When did Tesla first show off the turbine?

Answer: 1906

Answer: 1910–1911

Answer: his 50th birthday in 1906


Question: What was the horsepower put out by the turbines in Waterside Power Station

Answer: 100–5,000 hp

Answer: 100–5,000

Answer: 100–5,000


Question: How was Tesla's mechanical oscillator powered?

Answer: steam

Answer: steam

Answer: steam-powered


Question: Where did he work on the oscillators?

Answer: Houston Street lab

Answer: his Houston Street lab

Answer: his Houston Street lab


Question: What unforeseen problem caused Tesla to hit his experiment with a sledgehammer?

Answer: the machine oscillated at the resonance frequency of his own building

Answer: the danger

Answer: the machine oscillated at the resonance frequency of his own building


Question: What publication published an article about Tesla in 1912?

Answer: World Today

Answer: World Today

Answer: World Today


Question: What did Tesla claim his resonant frequencies could do in the World Today article?

Answer: eventually split the earth in two

Answer: destroy civilization

Answer: he could set the earth's crust into such a state of vibration that it would rise and fall hundreds of feet and practically destroy civilization


Question: What did Tesla think could improve the brain's intelligence?

Answer: application of electricity

Answer: application of electricity to the brain

Answer: the application of electricity


Question: What was Tesla's plan to make students "bright"?

Answer: saturating them unconsciously with electricity

Answer: saturating them unconsciously with electricity

Answer: saturating them unconsciously with electricity


Question: Who approved of this plan?

Answer: William H. Maxwell

Answer: William H. Maxwell

Answer: William H. Maxwell


Question: What was Maxwell's job?

Answer: superintendent of New York City schools

Answer: superintendent of New York City schools

Answer: superintendent of New York City schools


Question: Where did Tesla look for investors prior to WWI?

Answer: overseas

Answer: overseas

Answer: overseas


Question: What happened to Tesla's funding once the war begun?

Answer: lost

Answer: lost

Answer: lost the funding


Question: What did he do with Wardenclyffe?

Answer: sold

Answer: sold

Answer: sold


Question: How much did Tesla receive from the sale of Wardenclyffe?

Answer: $20,000

Answer: $20,000

Answer: $20,000


Question: What award was given to Tesla?

Answer: the Edison Medal.

Answer: the Edison Medal

Answer: the Edison Medal.


Question: In what magazine did Tesla talk about reflecting electricity off of submarine's hulls?

Answer: Electrical Experimenter

Answer: Electrical Experimenter

Answer: Electrical Experimenter


Question: How would the operator of observe the reflected signal?

Answer: fluorescent screen

Answer: fluorescent screen

Answer: with the signal being viewed on a fluorescent screen


Question: What later invention was Tesla's idea similar to?

Answer: radar

Answer: radar

Answer: modern radar


Question: Who played a part in the development of radar in France?

Answer: Émile Girardeau

Answer: Émile Girardeau

Answer: Émile Girardeau,


Question: Who did Reuters claim won the 1915 Nobel prize in Physics?

Answer: Thomas Edison and Nikola Tesla

Answer: Thomas Edison and Nikola Tesla

Answer: Thomas Edison and Nikola Tesla


Question: Who actually won the prize?

Answer: Sir William Henry Bragg and William Lawrence Bragg

Answer: Sir William Henry Bragg and William Lawrence Bragg

Answer: Sir William Henry Bragg and William Lawrence Bragg


Question: What was the rumored reason Edison and Tesla were not awarded the prize?

Answer: Tesla and/or Edison had refused the prize

Answer: Tesla and/or Edison had refused the prize

Answer: Tesla and/or Edison had refused the prize


Question: According to the Nobel Foundation what has to happen before someone can decline a prize?

Answer: announced a winner

Answer: he is announced a winner

Answer: after he is announced a winner


Question: What was another possible reason that Tesla and Edison did not get the award?.

Answer: animosity toward each other

Answer: their animosity toward each other

Answer: because of their animosity toward each other


Question: How many possible bids for the prize were there in 1915?

Answer: 38

Answer: 38

Answer: 38


Question: Who received a bid in 1915?

Answer: Edison

Answer: Edison

Answer: Edison


Question: In what year did Tesla receive a Nobel Prize bid?

Answer: 1937

Answer: 1937

Answer: 1937


Question: What was the patent number for Tesla's final patent?

Answer: U.S. Patent 1,655,114

Answer: 1,655,114

Answer: 1,655,114


Question: For what invention was U.S. Patent 1,655,114 granted?

Answer: VTOL aircraft

Answer: VTOL aircraft

Answer: a biplane capable of taking off vertically


Question: What was Tesla's belief as to the selling price of the biplane?

Answer: less than $1,000

Answer: less than $1,000

Answer: less than $1,000


Question: What kind of engines did the biplane design have?

Answer: turbine engines

Answer: turbine engines

Answer: turbine


Question: What was Tesla's salary from Westinghouse in 1934?

Answer: $125 per month

Answer: $125 per month

Answer: $125 per month


Question: What other compensation did Tesla get from Westinghouse?

Answer: rent at the Hotel New Yorker

Answer: paying his rent

Answer: paying his rent at the Hotel New Yorker


Question: For how long did Tesla receive this compensation?

Answer: for the rest of Tesla's life

Answer: the rest of Tesla's life.

Answer: the rest of Tesla's life


Question: What was Westinghouse potentially trying to avoid by paying Tesla?

Answer: bad publicity

Answer: bad publicity

Answer: potential bad publicity surrounding the impoverished conditions their former star inventor was living under


Question: What did Tesla claim to be able to transmit?

Answer: mechanical energy

Answer: mechanical energy

Answer: mechanical energy


Question: How far did he claim the mechanical energy could be transmitted?

Answer: over any terrestrial distance

Answer: any terrestrial distance

Answer: any terrestrial distance


Question: How much energy loss did he expect would occur?

Answer: minimal

Answer: minimal

Answer: minimal


Question: What did he hope to locate underground?

Answer: mineral deposits

Answer: mineral deposits

Answer: mineral deposits


Question: When did Tesla make these claims?

Answer: 1935

Answer: In 1935

Answer: 1935


Question: What was Tesla on his way to do when he was struck by the cab?

Answer: feed the pigeons

Answer: feed the pigeons

Answer: feed the pigeons


Question: Who did Tesla refuse to see following the accident?

Answer: a doctor

Answer: a doctor

Answer: a doctor


Question: What happened to his ribs in the accident?

Answer: broken

Answer: broken

Answer: broken


Question: When did he first get out of bed following the accident?

Answer: early 1938

Answer: In early 1938

Answer: early 1938


Question: When did the accident occur?

Answer: the fall of 1937

Answer: In the fall of 1937

Answer: fall of 1937


Question: What kind of weapon did Tesla talk about?

Answer: "teleforce" weapon

Answer: teleforce

Answer: teleforce


Question: What was he studying that gave him the teleforce weapon idea?

Answer: Van de Graaff generator

Answer: the Van de Graaff generator

Answer: the Van de Graaff generator


Question: What ground based group did Tesla think the weapon could be used on?

Answer: infantry

Answer: infantry

Answer: infantry


Question: What was another use for the weapon?

Answer: anti-aircraft purposes

Answer: anti-aircraft purposes

Answer: anti-aircraft purposes


Question: Other than a peace-ray, what did reporters call the weapon?

Answer: death ray

Answer: death ray

Answer: death ray


Question: When did Tesla claim to have built the weapon?

Answer: 1937

Answer: In 1937

Answer: 1937


Question: What was the occasion when he claimed he'd made the death ray?

Answer: at a luncheon in his honor

Answer: a luncheon in his honor

Answer: a luncheon in his honor


Question: Of what material were the death rays pellets made?

Answer: tungsten

Answer: tungsten

Answer: tungsten


Question: What was used to accelerate the tungsten pellets?

Answer: high voltage

Answer: high voltage

Answer: high voltage


Question: How much time did he claim had to pass before he gave the ray to the world?

Answer: Only a little

Answer: a little

Answer: Only a little time


Question: What kind of weapons did Tesla's treatise concern?

Answer: charged particle beam weapons

Answer: charged particle beam weapons

Answer: charged particle beam


Question: Where can the Treatise be found?

Answer: Nikola Tesla Museum archive

Answer: the Nikola Tesla Museum archive

Answer: Nikola Tesla Museum


Question: In what city is the Nikola Tesla Museum?

Answer: Belgrade

Answer: Belgrade

Answer: Belgrade


Question: How many volts could particles be charged to in his weapon design?

Answer: millions

Answer: millions

Answer: millions


Question: What did he claim the weapon would end?

Answer: all war

Answer: all war

Answer: all war


Question: What was Tesla afraid someone was trying to do with his invention?

Answer: steal the invention

Answer: steal

Answer: steal


Question: Where did he claim the blueprint was stored?

Answer: in his mind.

Answer: in his mind

Answer: all in his mind


Question: According to Tesla what had been gone over by the thieves, or spies who entered his room?

Answer: his papers

Answer: his papers

Answer: his papers


Question: How old was Tesla when he died?

Answer: 86

Answer: 86

Answer: 86


Question: What was the date of Tesla's death?

Answer: 7 January 1943

Answer: 7 January 1943

Answer: 7 January 1943


Question: Who first discovered his body?

Answer: maid Alice Monaghan

Answer: maid Alice Monaghan

Answer: maid Alice Monaghan


Question: What had been left hanging on the door to Tesla's room?

Answer: "do not disturb" sign

Answer: do not disturb" sign

Answer: "do not disturb" sign


Question: What was given as the cause of death?

Answer: coronary thrombosis

Answer: coronary thrombosis

Answer: coronary thrombosis


Question: What happened to Tesla's belongings?

Answer: FBI ordered the Alien Property Custodian to seize Tesla's belongings

Answer: the FBI ordered the Alien Property Custodian to seize Tesla's belongings

Answer: Alien Property Custodian


Question: Who analyzed Tesla's belongings?

Answer: John G. Trump

Answer: John G. Trump

Answer: John G. Trump


Question: What did he find that could constitute a hazard?

Answer: nothing

Answer: nothing

Answer: nothing


Question: To where were the belongings taken?

Answer: Manhattan Storage and Warehouse Company

Answer: Manhattan Storage and Warehouse Company

Answer: Manhattan Storage and Warehouse Company


Question: Who gave Tesla's eulogy?

Answer: New York City mayor Fiorello La Guardia

Answer: Fiorello La Guardia

Answer: New York City mayor Fiorello La Guardia


Question: Who wrote the eulogy?

Answer: Louis Adamic

Answer: Louis Adamic

Answer: Slovene-American author Louis Adamic


Question: What day was Tesla's funeral?

Answer: 12 January

Answer: 12 January

Answer: 12 January


Question: How many people attended the funeral?

Answer: two thousand

Answer: two thousand

Answer: two thousand people


Question: Where was the funeral held?

Answer: the Cathedral of Saint John the Divine

Answer: the Cathedral of Saint John the Divine

Answer: the Cathedral of Saint John the Divine


Question: Where was Tesla's property sent?

Answer: Belgrade

Answer: Belgrade

Answer: Belgrade


Question: Who was Tesla's nephew?

Answer: Sava Kosanović

Answer: Sava Kosanović

Answer: Sava Kosanović


Question: Who transported Tesla's ashes from the US.

Answer: Charlotte Muzar

Answer: Charlotte Muzar

Answer: Charlotte Muzar


Question: Where were the ashes sent?

Answer: Belgrade

Answer: Belgrade

Answer: Belgrade


Question: When are the ashes now?

Answer: Nikola Tesla Museum

Answer: the Nikola Tesla Museum

Answer: the Nikola Tesla Museum


Question: What was the total number of patents that Tesla had?

Answer: around 300

Answer: around 300

Answer: around 300


Question: In how many countries did Tesla hold patents?

Answer: 26

Answer: 26

Answer: 26


Question: Other than the US and Britain what was the other main country that Tesla had patents granted?

Answer: Canada

Answer: Canada

Answer: Canada


Question: Where were missing patents later found?

Answer: patent archives

Answer: patent archives

Answer: patent archives


Question: At what time did Tesla get dinner?

Answer: 8:10 p.m

Answer: 8:10 p.m

Answer: exactly 8:10 p.m.,


Question: Before dinner what were Tesla's working hours?

Answer: 9:00 a.m. until 6:00 p.m. or later

Answer: 9:00 a.m. until 6:00 p.m

Answer: 9:00 a.m. until 6:00 p.m. or later


Question: On some nights how late did Tesla work until?

Answer: 3:00 a.m

Answer: 3:00 a.m

Answer: 3:00 a.m


Question: Who served his dinner?

Answer: headwaiter

Answer: the headwaiter

Answer: the headwaiter


Question: What was the daily distance walked by Tesla?

Answer: between 8 to 10 miles per day

Answer: 8 to 10 miles

Answer: 8 to 10 miles


Question: Why did he walk?

Answer: exercise

Answer: For exercise

Answer: exercise


Question: What did he do to his feet at night?

Answer: squished his toes

Answer: squished his toes

Answer: squished his toes one hundred times for each foot


Question: What was he hoping to stimulate with the toe squishing?

Answer: brain cells

Answer: brain cells

Answer: brain cells


Question: What did Tesla tell Brisbane he didn't believe in?

Answer: telepathy

Answer: telepathy

Answer: telepathy


Question: What was Brisbane's job?

Answer: newspaper editor

Answer: newspaper editor

Answer: newspaper editor


Question: Down to how many laws did Tesla believe the fundamental laws could be reduced?

Answer: one

Answer: one

Answer: one


Question: What animals did Tesla care for?

Answer: pigeons

Answer: pigeons

Answer: pigeons


Question: How much did Tesla spend on the injured pigeon?

Answer: over $2,000

Answer: over $2,000,

Answer: over $2,000


Question: What was wrong with the pigeon?

Answer: broken wing and leg

Answer: broken wing and leg

Answer: broken wing and leg


Question: Where did Tesla go to feed the pigeons daily?

Answer: the park

Answer: the park

Answer: the park


Question: To what place did he bring the injured pigeons to take care of them?

Answer: hotel room

Answer: his hotel room

Answer: his hotel room


Question: How much did Tesla weigh?

Answer: 142 pounds

Answer: 142 pounds

Answer: 142 pounds (64 kg)


Question: How tall was Tesla?

Answer: 6 feet 2 inches

Answer: 6 feet 2 inches

Answer: 6 feet 2 inches (1.88 m)


Question: In what time frame did Tesla weigh almost exactly the same amount?

Answer: 1888 to about 1926

Answer: from 1888 to about 1926

Answer: 1888 to about 1926


Question: Where did he live while he was looking good?

Answer: New York City

Answer: New York City

Answer: New York City


Question: How many languages did Tesla know?

Answer: eight

Answer: eight

Answer: eight


Question: What did Tesla see during his strange illnesses when he was young?

Answer: visions

Answer: blinding flashes of light

Answer: visions


Question: What is another term for Tesla's visualization ability?

Answer: picture thinking

Answer: picture thinking


Question: What other visual phenomena accompanied Tesla's visions?

Answer: blinding flashes of light

Answer: flashbacks

Answer: blinding flashes of light


Question: What kind of memory was Tesla thought to have?

Answer: photographic memory

Answer: photographic

Answer: photographic


Question: How long would Tesla spend gambling sometimes?

Answer: more than 48 hours

Answer: 48 hours

Answer: 48 hours


Question: What amount of time was the longest that Tesla spent working without stopping to rest?

Answer: 84 hours

Answer: 84 hours

Answer: 84 hours


Question: Where was Tesla studying when he started playing cards and billiards?

Answer: Graz

Answer: Graz

Answer: Graz


Question: Who did Tesla call in the middle of the night?

Answer: Kenneth Swezey

Answer: Kenneth Swezey

Answer: Kenneth Swezey,


Question: What was Kenneth Swezey's job?

Answer: journalist

Answer: journalist

Answer: journalist


Question: What characteristic did Tesla say helped his scientific abilities?

Answer: chastity

Answer: his chastity

Answer: chastity


Question: Who reportedly wanted Tesla's company?

Answer: women

Answer: women


Question: When did Tesla admit to a reporter that maybe he'd sacrificed too much by not having a relationship?

Answer: toward the end of his life

Answer: toward the end of his life

Answer: toward the end of his life


Question: Who was Tesla's secretary?

Answer: Dorothy Skerrit

Answer: Dorothy Skerrit

Answer: Dorothy Skerrit


Question: Who said Tesla had a "distinguished sweetness"?

Answer: Robert Underwood Johnson

Answer: Robert Underwood Johnson

Answer: Robert Underwood Johnson


Question: What was Tesla likely to do with his work?

Answer: seclude himself

Answer: seclude himself

Answer: seclude himself with his work


Question: With what word was Tesla's sociability described?

Answer: asocial

Answer: asocial


Question: What was Julian Hawthorne's relation to Tesla?

Answer: friend

Answer: friend

Answer: friend


Question: What famous writer was Tesla's good friend?

Answer: Mark Twain

Answer: Mark Twain

Answer: Mark Twain


Question: Where did Tesla and Twain hang out?

Answer: lab

Answer: in his lab

Answer: in his lab and elsewhere


Question: When did Tesla become friends with Viereck?

Answer: late 1920s

Answer: the late 1920s

Answer: the late 1920s


Question: Who was Tesla prejudiced against?

Answer: overweight people

Answer: overweight people

Answer: overweight people


Question: Who did he fire?

Answer: secretary

Answer: a secretary

Answer: a secretary


Question: Why did he fire the secretary?

Answer: her weight

Answer: her weight

Answer: her weight.


Question: What did he make the employee do when he didn't like her outfit?

Answer: go home and change

Answer: go home and change

Answer: to go home and change her dress


Question: What subatomic particle did Tesla deny the existence of?

Answer: electron

Answer: an electron


Question: What did he think was everywhere in the universe?

Answer: ether

Answer: ether


Question: What did he believe the ether did?

Answer: transmitted electrical energy

Answer: transmitted electrical energy

Answer: transmitted electrical energy


Question: To what century did the idea of ether belong?

Answer: 19th

Answer: the 19th

Answer: 19th


Question: Whose theory did Tesla disagree with?

Answer: Einstein's

Answer: Einstein's

Answer: Einstein's


Question: What was Tesla's attitude toward the idea that matter could be turned into energy?

Answer: antagonistic

Answer: antagonistic

Answer: antagonistic


Question: Which theory of Einstein's did Tesla speak critically toward?

Answer: relativity

Answer: relativity

Answer: theory of relativity


Question: What "dynamic theory" did Tesla say he finished in 1937?

Answer: gravity

Answer: gravity

Answer: of gravity


Question: When did Tesla start working on the problem of energy and matter?

Answer: 1892

Answer: 1892, and in 1937

Answer: 1892


Question: What shape of space did Tesla consider a "false conception"?

Answer: curved

Answer: curved

Answer: curved


Question: How old was Tesla when he wrote that he'd completed his dynamic theory of gravity?

Answer: 81

Answer: 81

Answer: 81


Question: What idea was Tesla a fan of?

Answer: eugenics

Answer: eugenics

Answer: imposed selective breeding version of eugenics


Question: What was his belief as to what nature was supposed to be?

Answer: ruthless

Answer: ruthless

Answer: ruthless workings


Question: What attribute of humans interfered with nature's ruthlessness in Tesla's opinion?

Answer: pity

Answer: pity

Answer: pity


Question: When did he talk about his beliefs in an interview?

Answer: 1937

Answer: 1937

Answer: 1937


Question: Who did Tesla think would run the world of the future?

Answer: women

Answer: women

Answer: women


Question: When did he talk about his thoughts on gender?

Answer: 1926

Answer: 1926

Answer: 1926


Question: What term did he use for what he believed would be humanity's future rulers?

Answer: Queen Bees

Answer: Queen Bees

Answer: Queen Bees


Question: The issues of what era did Tesla's article talk about?

Answer: post-World War I

Answer: post-World War I

Answer: post-World War I


Question: What were the "great Forces" mentioned in the article's title?

Answer: Science and Discovery

Answer: Science and Discovery

Answer: Science and Discovery


Question: When was the article published?

Answer: 20 December 1914

Answer: 20 December 1914

Answer: 20 December 1914


Question: What entity did Tesla believe would not be able to solve the problems of the time?

Answer: League of Nations

Answer: the League of Nations

Answer: League of Nations


Question: What religion did Tesla grow up in?

Answer: Orthodox Christian

Answer: Orthodox Christian

Answer: Orthodox Christian


Question: What type of religious behavior was Tesla against?

Answer: fanaticism

Answer: fanaticism

Answer: fanaticism


Question: Which two religions did Tesla express respect for?

Answer: Buddhism and Christianity

Answer: Buddhism and Christianity

Answer: Buddhism and Christianity


Question: What article was published in 1937?

Answer: "A Machine to End War"

Answer: "A Machine to End War"

Answer: A Machine to End War


Question: Because of certain statements what was the believed state of his religious views?

Answer: uncertain

Answer: uncertain

Answer: uncertain


Question: In the article's title, what did the machine hope to end?

Answer: War

Answer: War

Answer: War


Question: What did Tesla write?

Answer: books and articles

Answer: a number of books and articles

Answer: a number of books and articles


Question: Who published Tesla's writings?

Answer: magazines and journals

Answer: magazines and journals

Answer: magazines and journals


Question: Who edited Tesla's autobiography?

Answer: Ben Johnston

Answer: Ben Johnston

Answer: Ben Johnston


Question: Where can a lot Tesla's writings be found?

Answer: the web

Answer: on the web

Answer: freely available on the web


Question: When was his article published in Century Magazine?

Answer: 1900

Answer: 1900

Answer: 1900


Question: What was one of Tesla's books where articles can be read?

Answer: Inventions, Researches and Writings of Nikola Tesla.

Answer: Researches and Writings of Nikola Tesla

Answer: Researches and Writings of Nikola Tesla


Question: What kind of fiction is Tesla's work featured in?

Answer: science fiction

Answer: science

Answer: science fiction


Question: What kind of media can references to Tesla be found in

Answer: books, films, radio, TV, music, live theater, comics and video games

Answer: books, films, radio, TV, music, live theater, comics and video games

Answer: books, films, radio, TV, music, live theater, comics and video games


Question: How many types of science fiction have been impacted by Tesla?

Answer: several

Answer: several

Answer: several


Question: On which magazine's cover did Tesla appear in 1931

Answer: Time magazine

Answer: Time

Answer: Time


Question: For what occasion was he put on the cover?

Answer: 75th birthday

Answer: 75th birthday

Answer: 75th birthday


Question: To which technology type that Tesla worked on did the caption refer to?

Answer: electrical power generation

Answer: electrical power generation

Answer: electrical power generation


Question: What famous person congratulated him?

Answer: Einstein

Answer: Albert Einstein

Answer: Albert Einstein


Question: How many other important people sent letters?

Answer: more than 70

Answer: more than 70

Answer: more than 70


Question: What branch of theoretical computer science deals with broadly classifying computational problems by difficulty and class of relationship?

Answer: Computational complexity theory

Answer: Computational complexity theory

Answer: Computational complexity theory


Question: By what main attribute are computational problems classified utilizing computational complexity theory?

Answer: inherent difficulty

Answer: their inherent difficulty

Answer: inherent difficulty


Question: What is the term for a task that generally lends itself to being solved by a computer?

Answer: computational problems

Answer: A computational problem

Answer: computational problem


Question: What measure of a computational problem broadly defines the inherent difficulty of the solution?

Answer: if its solution requires significant resources

Answer: its solution requires significant resources

Answer: if its solution requires significant resources


Question: What method is used to intuitively assess or quantify the amount of resources required to solve a computational problem?

Answer: mathematical models of computation

Answer: mathematical models of computation

Answer: mathematical models of computation


Question: What are two basic primary resources used to guage complexity?

Answer: time and storage

Answer: time and storage

Answer: time and storage


Question: What unit is measured to determine circuit complexity?

Answer: number of gates in a circuit

Answer: number of gates in a circuit

Answer: number of gates


Question: What practical role does defining the complexity of problems play in everyday computing?

Answer: determine the practical limits on what computers can and cannot do

Answer: what computers can and cannot do

Answer: determine the practical limits on what computers can and cannot do


Question: What two fields of theoretical computer science closely mirror computational complexity theory?

Answer: analysis of algorithms and computability theory

Answer: analysis of algorithms and computability theory

Answer: analysis of algorithms and computability theory


Question: What field of computer science analyzes the resource requirements of a specific algorithm isolated unto itself within a given problem?

Answer: analysis of algorithms

Answer: analysis of algorithms

Answer: analysis of algorithms


Question: What field of computer science analyzes all possible algorithms in aggregate to determine the resource requirements needed to solve to a given problem?

Answer: computational complexity theory

Answer: computational complexity theory

Answer: computational complexity theory


Question: What field of computer science is primarily concerned with determining the likelihood of whether or not a problem can ultimately be solved using algorithms?

Answer: computability theory

Answer: computability theory

Answer: computability theory


Question: What is the name given to the input string of a computational problem?

Answer: problem instance

Answer: a problem instance

Answer: problem instance


Question: In computational complexity theory, what is the term given to describe the baseline abstract question needing to be solved?

Answer: the problem

Answer: a problem

Answer: problem


Question: Is a problem instance typically characterized as abstract or concrete?

Answer: concrete

Answer: concrete

Answer: abstract


Question: What is another name for any given measure of input associated with a problem?

Answer: instances

Answer: the instance

Answer: instance


Question: What is the general term used to describe the output to any given input in a problem instance?

Answer: solution

Answer: the solution

Answer: solution


Question: By how many kilometers does the traveling salesman problem seek to classify a route between the 15 largest cities in Germany?

Answer: 2000

Answer: 2000

Answer: 2000


Question: What is one example of an instance that the quantitative answer to the traveling salesman problem fails to answer?

Answer: round trip through all sites in Milan

Answer: asking for a round trip through all sites in Milan whose total length is at most 10 km

Answer: a round trip through all sites in Milan whose total length is at most 10 km


Question: What does computational complexity theory most specifically seek to answer?

Answer: computational problems

Answer: computational problems

Answer: computational problems


Question: In a computational problem, what can be described as a string over an alphabet?

Answer: problem instance

Answer: a problem instance

Answer: problem instance


Question: What is the name of the alphabet is most commonly used in a problem instance?

Answer: binary alphabet

Answer: binary

Answer: binary


Question: What is another term for the string of a problem instance?

Answer: bitstrings

Answer: bitstrings

Answer: bitstrings


Question: In the encoding of mathematical objects, what is the way in which integers are commonly expressed?

Answer: binary notation

Answer: binary notation

Answer: binary notation


Question: What is one way in which graphs can be encoded?

Answer: adjacency matrices

Answer: directly via their adjacency matrices


Question: What kind of problems are one of the main topics studied in computational complexity theory?

Answer: Decision problems

Answer: Decision problems

Answer: Decision


Question: What are the two simple word responses to a decision problem?

Answer: yes or no

Answer: yes or no

Answer: yes or no


Question: What are the two integer responses to a decision problem?

Answer: 1 or 0

Answer: 1 or 0

Answer: 1 or 0


Question: What will the output be for a member of the language of a decision problem?

Answer: yes

Answer: yes

Answer: yes


Question: What answer denotes that an algorithm has accepted an input string?

Answer: yes

Answer: yes

Answer: yes


Question: What kind of graph is an example of an input used in a decision problem?

Answer: arbitrary graph

Answer: arbitrary

Answer: arbitrary


Question: What is the term for the set of all connected graphs related to this decision problem?

Answer: formal language

Answer: The formal language

Answer: The formal language associated with this decision problem


Question: What encoding decision needs to be made in order to determine an exact definition of the formal language?

Answer: how graphs are encoded as binary strings

Answer: how graphs are encoded as binary strings

Answer: how graphs are encoded as binary strings


Question: A function problem is an example of what?

Answer: a computational problem

Answer: a computational problem

Answer: a computational problem


Question: How many outputs are expected for each input in a function problem?

Answer: a single output

Answer: single

Answer: single


Question: The traveling salesman problem is an example of what type of problem?

Answer: A function problem

Answer: function

Answer: function problem


Question: In addition to the traveling salesman problem, what is another example of a function problem?

Answer: the integer factorization problem

Answer: integer factorization

Answer: integer factorization problem


Question: Is the output of a functional problem typically characterized by a simple or complex answer?

Answer: complex

Answer: complex

Answer: complex


Question: How can function problems typically be restated?

Answer: decision problems

Answer: as decision problems

Answer: as decision problems


Question: If two integers are multiplied and output a value, what is this expression set called?

Answer: set of triples

Answer: triple

Answer: the set of triples (a, b, c) such that the relation a × b = c holds


Question: What is a commonly used measurement used to determine the complexity of a computational problem?

Answer: how much time the best algorithm requires to solve the problem

Answer: time

Answer: time


Question: What is one variable on which the running time may be contingent?

Answer: the instance

Answer: the instance

Answer: the size of the instance


Question: How is the time needed to obtain the solution to a problem calculated?

Answer: as a function of the size of the instance

Answer: as a function of the size of the instance

Answer: a function of the size of the instance


Question: In what unit is the size of the input measured?

Answer: bits

Answer: bits

Answer: bits


Question: Complexity theory seeks to define the relationship between the scale of algorithms with respect to what other variable?

Answer: an increase in the input size

Answer: input size

Answer: input size


Question: Whose thesis states that the solution to a problem is solvable with reasonable resources assuming it allows for a polynomial time algorithm?

Answer: Cobham's thesis

Answer: Cobham's

Answer: Cobham


Question: If input size is is equal to n, what can respectively be assumed is the function of n?

Answer: the time taken

Answer: the time taken

Answer: the time taken


Question: What term corresponds to the maximum measurement of time across all functions of n?

Answer: worst-case time complexity

Answer: worst-case time complexity

Answer: the worst-case time complexity


Question: How is worst-case time complexity written as an expression?

Answer: T(n)

Answer: T(n)

Answer: T(n)


Question: Assuming that T represents a polynomial in T(n), what is the term given to the corresponding algorithm?

Answer: polynomial time algorithm

Answer: polynomial time

Answer: polynomial time algorithm


Question: What is the term for a mathematical model that theoretically represents a general computing machine?

Answer: A Turing machine

Answer: A Turing machine

Answer: Turing machine


Question: It is generally assumed that a Turing machine can solve anything capable of also being solved using what?

Answer: an algorithm

Answer: an algorithm

Answer: an algorithm


Question: What is the most commonplace model utilized in complexity theory?

Answer: the Turing machine

Answer: the Turing machine

Answer: Turing machine


Question: What does a Turing machine handle on a strip of tape?

Answer: symbols

Answer: symbols

Answer: symbols


Question: What is generally considered to be the most basic iteration of a Turing machine?

Answer: A deterministic Turing machine

Answer: deterministic

Answer: deterministic Turing machine


Question: What fixed set of factors determine the actions of a deterministic Turing machine

Answer: rules

Answer: rules

Answer: a fixed set of rules to determine its future actions


Question: What is the term used to identify a deterministic Turing machine that has additional random bits?

Answer: A probabilistic Turing machine

Answer: probabilistic

Answer: probabilistic Turing machine


Question: What type of Turing machine is capable of multiple actions and extends into a variety of computational paths?

Answer: A non-deterministic Turing machine

Answer: non-deterministic

Answer: non-deterministic Turing machine


Question: What is the term given to algorithms that utilize random bits?

Answer: randomized algorithms

Answer: randomized algorithms

Answer: randomized algorithms


Question: Turing machines are commonly employed to define what?

Answer: complexity classes

Answer: complexity classes

Answer: complexity classes


Question: What are two factors that directly effect how powerful a Turing machine may or may not be?

Answer: time or space

Answer: time or space

Answer: time or space


Question: In the determination of complexity classes, what are two examples of types of Turing machines?

Answer: probabilistic Turing machines, non-deterministic Turing machines

Answer: probabilistic Turing machines, non-deterministic Turing machines


Question: What is an example of a machine model that deviates from a generally accepted multi-tape Turing machine?

Answer: random access machines

Answer: random access machines

Answer: random access machines


Question: In considering Turing machines and alternate variables, what measurement left unaffected by conversion between machine models?

Answer: computational power

Answer: computational power

Answer: computational power


Question: What two resources commonly consumed by alternate models are typically known to vary?

Answer: time and memory

Answer: time and memory consumption

Answer: time and memory consumption


Question: What commonality do alternate machine models, such as random access machines, share with Turing machines?

Answer: the machines operate deterministically

Answer: deterministically

Answer: the machines operate deterministically


Question: What type of Turing machine can be characterized by checking multiple possibilities at the same time?

Answer: non-deterministic

Answer: non-deterministic

Answer: non-deterministic Turing machine


Question: What often affects or facilitates ease of analysis in computational problems?

Answer: unusual resources

Answer: more unusual resources

Answer: more unusual resources


Question: A non-deterministic Turing machine has the ability to capture what facet of useful analysis?

Answer: mathematical models

Answer: mathematical models

Answer: branching


Question: What is the most critical resource in the analysis of computational problems associated with non-deterministic Turing machines?

Answer: time

Answer: non-deterministic time

Answer: non-deterministic time


Question: The time required to output an answer on a deterministic Turing machine is expressed as what?

Answer: state transitions

Answer: the total number of state transitions, or steps

Answer: total number of state transitions, or steps, the machine makes before it halts and outputs the answer


Question: Complexity theory classifies problems based on what primary attribute?

Answer: difficulty

Answer: difficulty

Answer: difficulty


Question: What is the expression used to identify any given series of problems capable of being solved within time on a deterministic Turing machine?

Answer: DTIME(f(n))

Answer: DTIME(f(n)).

Answer: DTIME(f(n))


Question: What is the most critical resource measured to in assessing the determination of a Turing machine's ability to solve any given set of problems?

Answer: time

Answer: time

Answer: time


Question: Time and space are both examples of what type of resource?

Answer: complexity resources

Answer: complexity resources

Answer: complexity


Question: A complexity resource can also be described as what other type of resource?

Answer: computational resource

Answer: computational

Answer: computational


Question: What is typically used to broadly define complexity measures?

Answer: Blum complexity axioms

Answer: the Blum complexity axioms

Answer: the Blum complexity axioms


Question: Communication complexity is an example of what type of measure?

Answer: Complexity measures

Answer: complexity measures

Answer: complexity


Question: Decision tree is an example of what type of measure?

Answer: Complexity measures

Answer: complexity measures

Answer: complexity


Question: What are the three primary expressions used to represent case complexity?

Answer: best, worst and average

Answer: best, worst and average case

Answer: best, worst and average case complexity


Question: Case complexity likelihoods provide variable probabilities of what general measure?

Answer: complexity measure

Answer: complexity

Answer: complexity


Question: What is one common example of a critical complexity measure?

Answer: time

Answer: time complexity

Answer: time complexity


Question: Case complexities provide three likelihoods of what differing variable that remains the same size?

Answer: inputs

Answer: inputs

Answer: inputs


Question: What provides a solution to a list of integers provided as input that ned to be sorted?

Answer: deterministic sorting algorithm quicksort

Answer: quicksort

Answer: the deterministic sorting algorithm quicksort


Question: When extensive time is required to sort integers, this represents what case complexity?

Answer: worst-case

Answer: worst

Answer: worst-case


Question: What is the expression used to denote a worst case complexity as expressed by time taken?

Answer: O(n2)

Answer: O(n2)

Answer: O(n2)


Question: Classification of resources is contingent on determining the upper and lower bounds of minimum time required by what?

Answer: the most efficient algorithm

Answer: the most efficient algorithm

Answer: the most efficient algorithm solving a given problem


Question: The analysis of a specific algorithm is typically assigned to what field of computational science?

Answer: analysis of algorithms

Answer: analysis of algorithms

Answer: analysis of algorithms


Question: Which bound of time is more difficult to establish?

Answer: lower bounds

Answer: lower

Answer: lower bounds


Question: A specific algorithm demonstrating T(n) represents what measure of time complexity?

Answer: upper bound

Answer: upper and lower bounds

Answer: upper bound


Question: What is the colloquial phrase used to convey the continuum of algorithms with unlimited availability irrespective of time?

Answer: all possible algorithms

Answer: all possible algorithms

Answer: all possible algorithms


Question: What expression is generally used to convey upper or lower bounds?

Answer: big O notation

Answer: big O notation

Answer: big O notation


Question: What does a big O notation hide?

Answer: constant factors and smaller terms

Answer: constant factors and smaller terms

Answer: constant factors and smaller terms


Question: How would one write T(n) = 7n2 + 15n + 40 in big O notation?

Answer: T(n) = O(n2)

Answer: T(n) = O(n2)

Answer: T(n) = O(n2)


Question: Big O notation provides autonomy to upper and lower bounds with relationship to what?

Answer: the computational model

Answer: specific details of the computational model used

Answer: the specific details of the computational model used


Question: What has complicated definitions that prevent classification into a framework?

Answer: complexity classes

Answer: complexity classes

Answer: some complexity classes


Question: Complexity classes are generally classified into what?

Answer: framework

Answer: framework

Answer: framework


Question: Difficulty in establishing a framework for complexity classes can be caused by what variable?

Answer: complicated definitions

Answer: complicated definitions

Answer: definitions


Question: Concrete bounding of computation time frequently produces complexity classes contingent upon what?

Answer: chosen machine model

Answer: the chosen machine model

Answer: the chosen machine model


Question: A multi-tape Turing machine requires what type of time for a solution?

Answer: linear time

Answer: linear

Answer: linear


Question: A language solved in quadratic time implies the use of what type of Turing machine?

Answer: single-tape Turing machines

Answer: single-tape

Answer: single-tape


Question: What thesis specifies that a polynomial relationship exists within time complexities in a computational model?

Answer: Cobham-Edmonds thesis

Answer: Cobham-Edmonds

Answer: Cobham-Edmonds thesis


Question: Decision problems capable of being solved by a deterministic Turing machine while maintaining adherence to polynomial time belong to what class?

Answer: complexity class P

Answer: P

Answer: complexity class P


Question: What are two examples of measurements are bound within algorithms to establish complexity classes?

Answer: time or space

Answer: time or space

Answer: time or space


Question: What function is used by algorithms to define measurements like time or space?

Answer: bounding

Answer: bounding

Answer: bounding


Question: Bounding of time and space or similar measurements is often used by algorithms to define what?

Answer: complexity classes

Answer: complexity classes

Answer: complexity classes


Question: What are three examples of complexity classes associated with definitions established by probabilistic Turing machines?

Answer: BPP, ZPP and RP

Answer: BPP, ZPP and RP

Answer: BPP, ZPP and RP


Question: AC and NC are complexity classes typically associated with what type of circuit?

Answer: Boolean

Answer: Boolean

Answer: Boolean circuits;


Question: BQP and QMA are examples of complexity classes most commonly associated with what type of Turing machine?

Answer: quantum

Answer: quantum

Answer: quantum


Question: What is the expression used to represent a complexity class of counting problems?

Answer: #P

Answer: #P

Answer: #P


Question: IP and AM are most commonly defined by what type of proof system?

Answer: Interactive

Answer: Interactive

Answer: Interactive


Question: What is an example of a measurement within a complexity class that would create a bigger set of problems if the bounds were relaxed?

Answer: computation time

Answer: computation time

Answer: computation time


Question: In what expression can one expect to find DTIME(n)

Answer: DTIME(n2)

Answer: DTIME(n2)

Answer: DTIME(n2)


Question: What theorems are responsible for determining questions of time and space requirements?

Answer: time and space hierarchy theorems

Answer: time and space hierarchy theorems

Answer: time and space hierarchy theorems


Question: Resources are constrained by hierarchy theorems to produce what?

Answer: a proper hierarchy on the classes defined

Answer: a proper hierarchy on the classes

Answer: a proper hierarchy


Question: What kind of statement is made in the effort of establishing the time and space requirements needed to enhance the ultimate number of problems solved?

Answer: quantitative statements

Answer: quantitative

Answer: quantitative


Question: What is the foundation for separation results within complexity classes?

Answer: time and space hierarchy theorems

Answer: The time and space hierarchy theorems

Answer: time and space hierarchy theorems


Question: What is responsible for constraining P according to the time hierarchy theorem?

Answer: EXPTIME

Answer: EXPTIME

Answer: EXPTIME


Question: Within what variable is L constrained according to the space hierarchy theorem?

Answer: PSPACE

Answer: PSPACE

Answer: PSPACE


Question: What concept is frequently used to define complexity classes?

Answer: reduction

Answer: a reduction

Answer: reduction


Question: Reduction essentially takes one problem and converts into what?

Answer: another problem

Answer: another problem

Answer: another problem


Question: According to reduction, if X and Y can be solved by the same algorithm then X performs what function in relationship to Y?

Answer: reduces

Answer: reduces

Answer: X reduces to Y


Question: What are two examples of different types of reduction?

Answer: Karp reductions and Levin reductions

Answer: Cook reductions, Karp reductions


Question: Polynomial time reductions are an example of what?

Answer: the bound on the complexity of reductions

Answer: types of reductions

Answer: the bound on the complexity of reductions


Question: What is the most frequently employed type of reduction?

Answer: polynomial-time reduction

Answer: polynomial-time

Answer: polynomial-time reduction


Question: What equates to a squared integer according to polynomial time reduction?

Answer: multiplying two integers

Answer: multiplying two integers

Answer: multiplying two integers


Question: What measurement of time is used in polynomial time reduction?

Answer: polynomial time

Answer: polynomial

Answer: polynomial time


Question: What would need to remain constant in a multiplication algorithm to produce the same outcome whether multiplying or squaring two integers?

Answer: input

Answer: input

Answer: input


Question: According to polynomial time reduction squaring can ultimately be logically reduced to what?

Answer: multiplication

Answer: multiplication

Answer: multiplication


Question: The complexity of problems often depends on what?

Answer: the type of reduction being used

Answer: the type of reduction being used


Question: What would create a conflict between a problem X and problem C within the context of reduction?

Answer: if every problem in C can be reduced to X

Answer: problem in C is harder than X


Question: An algorithm for X which reduces to C would us to do what?

Answer: solve any problem in C

Answer: solve any problem in C

Answer: solve any problem in C


Question: A problem set that that is hard for the expression NP can also be stated how?

Answer: NP-hard

Answer: NP-hard

Answer: NP-hard problems


Question: The hardest problems in NP can be analogously written as what class of problems?

Answer: NP-complete

Answer: NP-complete

Answer: NP-complete


Question: NP complete problems contain the lowest likelihood of being located in what problem class?

Answer: NP

Answer: P

Answer: P


Question: If P = NP is unsolved, and reduction is applied to a known NP-complete problem vis a vis Π2 to  Π1, what conclusion can be drawn for Π1?

Answer: there is no known polynomial-time solution

Answer: no known polynomial-time solution

Answer: there is no known polynomial-time solution


Question: If polynomial time can be utilized within an NP-complete problem, what does the imply P is equal to?

Answer: NP

Answer: NP

Answer: NP


Question: What complexity class is characterized by a computational tasks and efficient algorithms?

Answer: P

Answer: P

Answer: P


Question: What hypothesis is associated with the complexity class of P viewed as a mathematical abstraction with efficient algorithmic functionality?

Answer: Cobham–Edmonds thesis

Answer: Cobham–Edmonds thesis

Answer: Cobham–Edmonds thesis


Question: What complexity class is commonly characterized by unknown algorithms to enhance solvability?

Answer: NP

Answer: NP

Answer: NP


Question: What is an example of a problem that rests within the NP complexity class?

Answer: Boolean satisfiability problem

Answer: Boolean satisfiability problem


Question: In what theoretical machine is it confirmed that a problem in P belies membership in the NP class?

Answer: Turing machines

Answer: deterministic Turing machines

Answer: deterministic Turing machines


Question: If P is ultimately proven to be equal tot NP, what effect would this have on the efficiency of problems?

Answer: more efficient solutions

Answer: shown to have more efficient solutions

Answer: many important problems can be shown to have more efficient solutions


Question: What is a particular problem in biology that would benefit from determining that P = NP?

Answer: protein structure prediction

Answer: protein structure prediction

Answer: protein structure prediction


Question: What is the prize offered for finding a solution to P=NP?

Answer: $1,000,000

Answer: US$1,000,000

Answer: US$1,000,000


Question: Who demonstrated that P= NP implies problems not present in P or NP-complete?

Answer: Ladner

Answer: Ladner

Answer: Ladner


Question: What is the name for a problem that meets Ladner's assertion?

Answer: NP-intermediate problems

Answer: NP-intermediate problems

Answer: NP-intermediate


Question: What is an example of an NP-intermediate problem not known to exist in P or NP-complete?

Answer: graph isomorphism problem

Answer: the discrete logarithm problem

Answer: graph isomorphism problem, the discrete logarithm problem and the integer factorization problem


Question: What is the problem attributed to defining if two finite graphs are isomorphic?

Answer: The graph isomorphism problem

Answer: graph isomorphism

Answer: The graph isomorphism problem


Question: What class is most commonly not ascribed to the graph isomorphism problem in spite of definitive determination?

Answer: NP-complete

Answer: NP-complete

Answer: NP-complete


Question: What finite hierarchy implies that the graph isomorphism problem is NP-complete?

Answer: polynomial time hierarchy

Answer: polynomial time

Answer: polynomial time hierarchy


Question: To what level would the polynomial time hierarchy collapse if graph isomorphism is NP-complete?

Answer: second level

Answer: second

Answer: second


Question: Who are commonly associated with the algorithm typically considered the most effective with respect to finite polynomial hierarchy and graph isomorphism?

Answer: Laszlo Babai and Eugene Luks

Answer: Babai and Eugene Luks

Answer: Laszlo Babai and Eugene Luks


Question: What computational problem is commonly associated with prime factorization?

Answer: The integer factorization problem

Answer: integer factorization

Answer: integer factorization problem


Question: The integer factorization problem essentially seeks to determine if the value of of an input is less than what variable?

Answer: k

Answer: k

Answer: k


Question: That there currently exists no known integer factorization problem underpins what commonly used system?

Answer: modern cryptographic systems

Answer: modern cryptographic systems

Answer: RSA algorithm


Question: What is the most well-known algorithm associated with the integer factorization problem?

Answer: the general number field sieve

Answer: RSA

Answer: general number field sieve


Question: What is the unproven assumption generally ascribed to the value of complexity classes?

Answer: suspected to be unequal

Answer: unequal

Answer: Many known complexity classes are suspected to be unequal


Question: What is an expression that can be used to illustrate the suspected inequality of complexity classes?

Answer: P ⊆ NP ⊆ PP ⊆ PSPACE

Answer: P ⊆ NP ⊆ PP ⊆ PSPACE

Answer: P ⊆ NP ⊆ PP ⊆ PSPACE


Question: Where can the complexity classes RP, BPP, PP, BQP, MA, and PH be located?

Answer: between P and PSPACE

Answer: between P and PSPACE

Answer: between P and PSPACE


Question: What evidence between and among complexity classes would signify a theoretical watershed for complexity theory?

Answer: Proving that any of these classes are unequal

Answer: Proving that any of these classes are unequal

Answer: Proving that any of these classes are unequal


Question: In what complexity class do complement problems of NP problems exist?

Answer: co-NP

Answer: co-NP

Answer: co-NP


Question: How do the yes/no answers of a complement problem of NP appear?

Answer: reversed

Answer: reversed

Answer: reversed


Question: What is commonly believed to be the value relationship between P and co-NP

Answer: not equal

Answer: not equal

Answer: not equal


Question: What implication can be derived for P and NP if P and co-NP are established to be unequal?

Answer: P is not equal to NP

Answer: not equal

Answer: P is not equal to NP


Question: What variable is associated with all problems solved within logarithmic space?

Answer: L

Answer: L

Answer: L


Question: Though unkown, what are the most commonly ascribed attributes of L in relation to P

Answer: strictly contained in P or equal to P

Answer: contained in P or equal to P.

Answer: strictly contained in P or equal to P


Question: What lies between L and P that prevents a definitive determination of the relationship between L and P?

Answer: complexity classes

Answer: many complexity classes

Answer: many complexity classes


Question: What are two complexity classes between L and P?

Answer: NL and NC

Answer: NL and NC

Answer: NL and NC


Question: What is unknown about the complexity classes between L and P that further prevents determining the value relationship between L and P?

Answer: if they are distinct or equal classes

Answer: if they are distinct or equal classes

Answer: if they are distinct or equal classes


Question: Problems capable of theoretical solutions but consuming unreasonable time in practical application are known as what?

Answer: intractable problems

Answer: intractable problems

Answer: intractable

Answer: intractable


Question: Intractable problems lacking polynomial time solutions necessarily negate the practical efficacy of what type of algorithm?

Answer: exponential-time algorithms

Answer: exponential-time

Answer: exponential-time algorithms

Answer: exponential-time algorithms


Question: If NP is not equal to P, viewed through this lens, what type of problems can also be considered intractable?

Answer: NP-complete problems

Answer: NP-complete

Answer: NP-complete

Answer: NP-complete


Question: What eponymous variation of arithmetic presents a decision problem not evidenced in P?

Answer: Presburger arithmetic

Answer: Presburger

Answer: Presburger arithmetic


Question: Despite the Presburger problem, and in view of intractability, what has been done to establish solutions in reasonable periods of time?

Answer: algorithms have been written

Answer: algorithms have been written

Answer: algorithms have been written that solve the problem in reasonable times in most cases


Question: What is an example of a problem to which effective algorithms have provided a solution in spite of the intractability associated with the breadth of sizes?

Answer: NP-complete knapsack problem

Answer: NP-complete knapsack

Answer: the NP-complete knapsack problem


Question: How quickly can an algorithm solve an NP-complete knapsack problem?

Answer: in less than quadratic time

Answer: less than quadratic time

Answer: less than quadratic time


Question: What is the example of another problem characterized by large instances that is routinely solved by SAT handlers employing efficient algorithms?

Answer: NP-complete Boolean satisfiability problem

Answer: NP-complete Boolean satisfiability

Answer: the NP-complete Boolean satisfiability problem


Question: What tactic did researchers employ to offset the former deficit of work surrounding the complexity of algorithmic problems?

Answer: foundations were laid out

Answer: numerous foundations were laid out

Answer: numerous foundations were laid out by various researchers


Question: Who was the most influential researcher among those grappling with the deficit of work surrounding the complexity posed by algorithmic problems?

Answer: Alan Turing

Answer: Alan Turing

Answer: Alan Turing


Question: What theoretical device is attributed to Alan Turing?

Answer: Turing machines

Answer: Turing machines

Answer: Turing machines


Question: In what year was the Alan Turing's definitional model of a computing device received?

Answer: 1936

Answer: 1936

Answer: 1936


Question: In the most basic sense what did a Turing machine emulate?

Answer: a computer

Answer: a computer

Answer: a computer


Question: What paper is commonly considered the bellwether ushering in systematic studies computational complexity?

Answer: On the Computational Complexity of Algorithms

Answer: On the Computational Complexity of Algorithms

Answer: "On the Computational Complexity of Algorithms"


Question: What individuals were responsible for authoring "On the Computational Complexity of Algorithms"?

Answer: Juris Hartmanis and Richard Stearns

Answer: Juris Hartmanis and Richard Stearns

Answer: Juris Hartmanis and Richard Stearns


Question: In what year was Hatmanis and Stearn's seminal work in computational complexity received?

Answer: 1965

Answer: 1965

Answer: 1965


Question: What complex measurements were defined by "On the Computational Complexity of Algorithms"?

Answer: time and space

Answer: definitions of time and space complexity

Answer: time and space complexity


Question: In what year did Edmond's characterize a "good" algorithm?

Answer: 1965

Answer: 1965

Answer: 1965


Question: Who provided a definition of linear bounded automata in 1960?

Answer: John Myhill

Answer: John Myhill

Answer: John Myhill


Question: In what year did Raymond Sullivan publish a study of rudimentary sets?

Answer: 1961

Answer: 1961

Answer: 1961


Question: In 1962, who was responsible for the authorship of a paper published on real time-computations?

Answer: Hisao Yamada

Answer: Hisao Yamada

Answer: Hisao Yamada


Question: What is the concrete choice typically assumed by most complexity-theoretic theorems?

Answer: input encoding

Answer: input encoding

Answer: input encoding


Question: In the effort of maintaining a level of abstraction, what choice is typically left independent?

Answer: encoding

Answer: encoding

Answer: encoding


Question: Who is responsible for axiomatic complexity theory?

Answer: Manuel Blum

Answer: Manuel Blum

Answer: Manuel Blum


Question: What theorem was implicated by Manuel Blum's axioms?

Answer: speed-up theorem

Answer: speed-up theorem

Answer: speed-up theorem


Question: What is the paper written by Richard Karp in 1972 that ushered in a new era of understanding between intractability and NP-complete problems?

Answer: "Reducibility Among Combinatorial Problems"

Answer: Reducibility Among Combinatorial Problems

Answer: "Reducibility Among Combinatorial Problems"


Question: How many combinatory and graph theoretical problems, formerly believed to be plagued by intractability, did Karp's paper address?

Answer: 21

Answer: 21

Answer: 21


Question: What is a course of study called?

Answer: the curriculum.

Answer: curriculum

Answer: curriculum


Question: What is another name to describe the science of teaching?

Answer: pedagogy

Answer: pedagogy

Answer: formal education


Question: Where do most teachers get their credentials from?

Answer: university or college.

Answer: university

Answer: university or college


Question: What can a teacher use to help students learn?

Answer: lesson plan

Answer: lesson plan

Answer: lesson plan


Question: Where is a teacher most likely to be teaching at?

Answer: school

Answer: school

Answer: school


Question: What factor may make a teacher's role vary?

Answer: cultures

Answer: cultures

Answer: cultures


Question: What is similar to literacy that a teacher would teach?

Answer: numeracy

Answer: numeracy

Answer: numeracy


Question: What is similar to vocational training?

Answer: craftsmanship

Answer: craftsmanship

Answer: craftsmanship


Question: What type of teaching would help the most with everyday life?

Answer: life skills

Answer: life skills

Answer: life skills


Question: Who is most likely to teach a child at home?

Answer: family member

Answer: family member

Answer: family member


Question: If someone is being taught at their place of residence, what is it called?

Answer: home schooling

Answer: home schooling

Answer: home schooling


Question: What type of education is home schooling?

Answer: formal

Answer: Informal

Answer: formal education


Question: What is the opposite of an ongoing role of teaching?

Answer: transient

Answer: transient

Answer: Informal learning


Question: What would a community member need to teach informally?

Answer: knowledge or skills

Answer: anyone with knowledge or skills

Answer: knowledge or skills


Question: What is another general name for a religious teacher?

Answer: spiritual

Answer: spiritual teachers

Answer: gurus, mullahs, rabbis, pastors/youth pastors and lamas


Question: What type of text is the Quran?

Answer: religious

Answer: religious

Answer: religious


Question: Name a text that might be used by a religious teacher to teach.

Answer: the Quran, Torah or Bible

Answer: Quran

Answer: Torah


Question: Who would generally teach from a work like the Quran, Torah or Bible?

Answer: Religious and spiritual teachers

Answer: pastors

Answer: Religious and spiritual teachers


Question: What is another name for teaching within the family?

Answer: homeschooling

Answer: homeschooling

Answer: homeschooling


Question: Who is most likely to be doing formal teaching?

Answer: paid professionals.

Answer: professionals

Answer: paid professionals


Question: What is another type of accountant other than a CPA?

Answer: Chartered

Answer: Chartered

Answer: Chartered


Question: In addition to teaching within the family, where else is informal teaching done?

Answer: the wider community

Answer: wider community

Answer: in the wider community


Question: Who is generally considered on the same level as physicians, lawyers, engineers, and accountants (Chartered or CPA)?

Answer: paid professionals.

Answer: professionals

Answer: Formal teaching


Question: What could a teacher help in organizing?

Answer: school functions

Answer: school functions

Answer: school functions


Question: What would type of activities would require a teacher to take on a supervisor role?

Answer: extracurricular

Answer: extracurricular

Answer: extracurricular


Question: What would type of studying would require a teacher to take on a supervisor role?

Answer: study halls

Answer: study halls


Question: Who might be responsible for student discipline?

Answer: teachers

Answer: teachers

Answer: teachers


Question: What do government's run that affects teachers?

Answer: teacher's colleges

Answer: colleges

Answer: teacher's colleges


Question: Why would a teacher's college exist?

Answer: to serve and protect the public interest

Answer: serve and protect the public

Answer: to serve and protect the public interest


Question: Who would a teacher's college be protecting?

Answer: the public

Answer: public

Answer: public interest


Question: Who is taught at teacher's colleges?

Answer: teachers

Answer: teachers

Answer: the teaching profession


Question: Teacher's colleges certify, govern and enforce what for teachers?

Answer: standards of practice

Answer: standards of practice

Answer: standards of practice for the teaching profession


Question: Who could be the subjects of a teacher's college investigation?

Answer: members

Answer: members

Answer: members


Question: What could someone be investigated for?

Answer: allegations of professional misconduct

Answer: professional misconduct

Answer: professional misconduct


Question: A teacher must be a member in good standing with what entity in many situations?

Answer: teacher's colleges

Answer: college

Answer: the college


Question: Who might take disciplinary action against a teacher?

Answer: teacher's colleges

Answer: teacher's colleges

Answer: teacher's colleges


Question: Who might be charged with accrediting teacher education programs?

Answer: teacher's colleges

Answer: State Board of Education

Answer: teacher's colleges


Question: Where might a teacher teach that is not inside a building?

Answer: outdoors

Answer: outdoors

Answer: outdoors


Question: What is the name for a teacher of just one person?

Answer: tutor

Answer: tutor

Answer: tutor


Question: Where is another indoor location for a teacher other than a school?

Answer: academy

Answer: academy

Answer: academy


Question: What is the role of teachers in education?

Answer: facilitate student learning

Answer: facilitate student learning

Answer: facilitate student learning


Question: What is another way of learning that is not formal?

Answer: informal

Answer: informal

Answer: informal


Question: What is a name for the different ways to instruct students?

Answer: pedagogy

Answer: pedagogy

Answer: pedagogy


Question: What is a typical name for learning that is not inside of the classroom?

Answer: field trips

Answer: field trips

Answer: field trips


Question: What has started to change the way teachers teach in the classroom, generally?

Answer: increasing use of technology

Answer: use of technology,

Answer: increasing use of technology


Question: What has risen to be a factor in teaching today?

Answer: the internet

Answer: the internet

Answer: technology


Question: What objective would be labeled as practical?

Answer: skill

Answer: skill

Answer: skill


Question: Who would decide on the curricula that is consistent and standard?

Answer: the relevant authority

Answer: teacher

Answer: teacher


Question: What type of disability would a teacher help a student with?

Answer: learning

Answer: learning

Answer: learning


Question: What is the youngest student a teacher might have?

Answer: infants

Answer: infants

Answer: infants


Question: What type of curricula is it that a teacher may likely follow?

Answer: standardized

Answer: standardized

Answer: standardized


Question: What would a teacher assess the levels of a student on?

Answer: particular skills

Answer: educational

Answer: particular skills


Question: In what areas does most of the learning take place?

Answer: self-study and problem solving

Answer: classroom

Answer: in self-study and problem solving


Question: What would a teacher do for someone who is timid?

Answer: encourage

Answer: encourage

Answer: encourage


Question: What would a teacher do for someone who is cocky?

Answer: deflate

Answer: deflate

Answer: deflate


Question: What function is a teacher's role similar to?

Answer: a coach

Answer: coach

Answer: coach


Question: What's the biggest difference in the teaching relationship for primary and secondary school?

Answer: the relationship between teachers and children

Answer: the relationship between teachers and children.

Answer: the relationship between teachers and children.

Answer: the relationship between teachers and children


Question: What does a teacher teach in primary school?

Answer: the whole curriculum

Answer: whole curriculum

Answer: whole curriculum

Answer: the whole curriculum


Question: Who teaches in secondary schools?

Answer: different subject specialists

Answer: subject specialists

Answer: subject specialists

Answer: teachers


Question: Which type of school has a closer teacher-child relationship?

Answer: primary school

Answer: primary

Answer: primary

Answer: primary school


Question: What type of parenting role does a teacher take on?

Answer: surrogate

Answer: surrogate

Answer: surrogate

Answer: surrogate


Question: What type of approaches for primary school are available that are different than the norm?

Answer: alternative

Answer: alternative

Answer: platoon" system


Question: What type of system takes students from one specialist to another for each subject?

Answer: platoon

Answer: platoon

Answer: platoon" system


Question: In a platoon style teaching, what gives the children security?

Answer: staying with the same group of peers for all classes

Answer: staying with the same group of peers for all classes

Answer: by staying with the same group of peers for all classes


Question: The teacher's in a platoon style teaching are usually more _____?

Answer: knowledgeable

Answer: knowledgeable

Answer: knowledgeable


Question: What country is this teaching subject discussing?

Answer: United States

Answer: United States

Answer: United States


Question: What is a new trend in teaching?

Answer: Co-teaching

Answer: Co-teaching

Answer: Co-teaching


Question: How many teachers are usually involved when co-teaching?

Answer: two or more

Answer: two or more

Answer: two or more


Question: What does co-teaching get the students to focus on?

Answer: learning

Answer: learning

Answer: learning


Question: How do co-teachers work with each other to fulfill the needs of students?

Answer: harmoniously

Answer: in sync

Answer: harmoniously


Question: What type of support does co-teaching provide?

Answer: social networking support

Answer: social networking

Answer: social networking


Question: What was the usual type of school discipline?

Answer: corporal punishment

Answer: corporal punishment

Answer: corporal


Question: What was the teacher's role while the child was with them?

Answer: substitute parent

Answer: substitute parent

Answer: substitute parent


Question: What types of discipline did the teacher have access to?

Answer: all the normal forms of parental discipline

Answer: parental

Answer: normal forms of parental discipline


Question: How common of a type was corporal punishment in schools?

Answer: the most common

Answer: most common

Answer: most common


Question: When could a teacher act in the role of a parent?

Answer: While a child was in school

Answer: While a child was in school

Answer: While a child was in school


Question: How common was the form of corporal punishment in the past?

Answer: one of the most common

Answer: one of the most common

Answer: most common

Answer: most common


Question: Where is corporal punishment no longer practiced?

Answer: Most Western countries

Answer: Most Western countries

Answer: Most Western countries

Answer: Most Western countries


Question: What Western country is corporal punishment still allowed?

Answer: United States

Answer: United States

Answer: United States

Answer: United States


Question: What U.S. entity said that corporal punishment was Constitutional?

Answer: Supreme Court

Answer: US Supreme Court

Answer: US Supreme Court

Answer: US Supreme Court


Question: What does corporal punishment cause a student?

Answer: physical pain

Answer: physical pain

Answer: physical pain

Answer: physical pain


Question: How many US states do no practice corporal punishment?

Answer: 30

Answer: 30

Answer: 30


Question: Where is corporal punishment practiced the most?

Answer: the South

Answer: the South

Answer: the South


Question: Is corporal punishment increasing or declining in the South?

Answer: declining

Answer: declining

Answer: declining


Question: What tool is used in corporal punishment?

Answer: a specially made wooden paddle

Answer: wooden paddle

Answer: wooden paddle


Question: Where is corporal punishment usually performed these days?

Answer: privately in the principal's office

Answer: principal's office.

Answer: principal's office


Question: What is a common practice in official corporal punishment?

Answer: caning

Answer: caning

Answer: caning


Question: What countries is corporal punishment still a normal practice?

Answer: some Asian, African and Caribbean countries

Answer: Asian, African and Caribbean

Answer: Asian, African and Caribbean


Question: Where can you find more information on a country's practices?

Answer: see School corporal punishment.

Answer: School corporal punishment

Answer: School corporal punishment


Question: What is a common punishment in Singapore?

Answer: detention

Answer: detention

Answer: detention


Question: What is a common punishment in the UK and Ireland?

Answer: detention

Answer: detention

Answer: detention


Question: Where does the pupil remain while in detention

Answer: in schools

Answer: school

Answer: school


Question: If a detention requires a pupil to just sit there, how are they required to sit?

Answer: quietly

Answer: quietly

Answer: quietly


Question: If a detention asks the student to write, what do they write?

Answer: lines or a punishment essay

Answer: punishment essay

Answer: lines or a punishment essay


Question: What type of teacher is required in the Western Europe model of discipline?

Answer: assertive

Answer: assertive

Answer: assertive


Question: What is the balance for positive reinforcement?

Answer: immediate and fair punishment for misbehavior

Answer: immediate and fair punishment for misbehavior and firm, clear boundaries

Answer: immediate and fair punishment for misbehavior


Question: What type of boundaries help to define the way kids behave?

Answer: firm, clear boundaries

Answer: firm, clear

Answer: clear


Question: What is not considered appropriate disclipine?

Answer: sarcasm and attempts to humiliate pupils

Answer: sarcasm and attempts to humiliate pupils

Answer: sarcasm and attempts to humiliate pupils


Question: What are teachers expected to give their students?

Answer: respect

Answer: respect

Answer: respect


Question: Who wants a more confrontational type of discipline?

Answer: some teachers and parents

Answer: some teachers and parents

Answer: some teachers and parents advocate


Question: What countries are used as an example of harsher discipline with successful education?

Answer: East Asia

Answer: East Asia

Answer: countries—in East Asia


Question: What do critics think the cause of problems with modern schooling is?

Answer: weakness in school discipline

Answer: weakness in school discipline

Answer: the weakness in school discipline


Question: What type of discipline do critics want to see?

Answer: a more assertive and confrontational style

Answer: strict discipline

Answer: more assertive and confrontational


Question: What country has higher scores on standardized tests than the U.S.?

Answer: Japan

Answer: Japan

Answer: Japan


Question: What country has such unmanageable students that many teachers do not discipline them?

Answer: Japan

Answer: Japan

Answer: Japan


Question: What country has a problem with classroom discipline, even though scores on tests are high?

Answer: Japan

Answer: Japan

Answer: Japan


Question: What country's schools have codes of behavior that are very strict?

Answer: Japan

Answer: Japan

Answer: Japan


Question: What class sizes can make keeping order difficult?

Answer: 40 to 50 students

Answer: 40 to 50 students,

Answer: 40 to 50 students


Question: If the teacher focuses on maintaining order, what does this take time away from?

Answer: instruction

Answer: instruction

Answer: instruction


Question: Who may teachers focus on, in order to prioritize attention?

Answer: motivated students

Answer: motivated students

Answer: motivated students


Question: Who may teachers ignore, in order to prioritize attention?

Answer: attention-seeking and disruptive students

Answer: attention-seeking and disruptive students

Answer: attention-seeking and disruptive students


Question: Who ends up getting more of the teacher's resources in this scenario?

Answer: motivated students

Answer: motivated students

Answer: motivated students


Question: What type of authority do Sudbury schools prefer?

Answer: popularly based authority

Answer: popularly based

Answer: popularly based


Question: In addition to schools, where else is popularly based authority effective?

Answer: governments

Answer: governments

Answer: governments


Question: What is the atmosphere in a school using popularly based authority?

Answer: persuasion and negotiation

Answer: persuasion and negotiation

Answer: persuasion and negotiation


Question: In schools using popularly based authority, what is public order like?

Answer: easier and more efficient

Answer: easier and more efficient

Answer: easier and more efficient


Question: What must be passed using democratic means by the entire school community?

Answer: good, clear laws

Answer: laws

Answer: laws


Question: What must a teacher show towards the course materials for increase learning?

Answer: enthusiasm

Answer: enthusiasm

Answer: enthusiasm


Question: What gets transferred to students who are receptive to the teacher?

Answer: passion

Answer: passion

Answer: passion


Question: What do these teachers NOT do?

Answer: teach by rote

Answer: teach by rote

Answer: teach by rote


Question: How do students rate teachers that they feel are enthusiastic?

Answer: higher

Answer: higher

Answer: higher than teachers who didn't show much enthusiasm


Question: What increases student's motivation to learn?

Answer: teacher enthusiasm

Answer: enthusiasm

Answer: teacher enthusiasm


Question: Students exposed to an enthusiastic teacher usually did what more often outside class?

Answer: read lecture material

Answer: read lecture material

Answer: read lecture material


Question: What is dramatic gesturing an example of?

Answer: nonverbal expressions of enthusiasm

Answer: nonverbal expressions of enthusiasm

Answer: nonverbal expressions of enthusiasm


Question: What type of studies explored student motivation?

Answer: Controlled, experimental studies

Answer: Controlled, experimental

Answer: Controlled, experimental


Question: Nonverbal expressions resulted in what kind of levels of motivation to learn?

Answer: higher

Answer: higher levels

Answer: higher levels


Question: Enthusiastic teachers may cause students to become more ____ about their learning process?

Answer: self-determined

Answer: self-determined

Answer: self-determined


Question: What may cause "motivational embellishment"?

Answer: enthusiasm

Answer: enthusiasm

Answer: enthusiasm


Question: What is the term for catching the motivation expressed by the teacher?

Answer: emotional contagion

Answer: emotional contagion

Answer: emotional contagion


Question: What might cause a higher student interest in learning the presented subject?

Answer: Teacher enthusiasm

Answer: excitement

Answer: Teacher enthusiasm


Question: What is student motivation about school linked to?

Answer: student-teacher relationships

Answer: student-teacher relationships

Answer: student-teacher relationships


Question: What type of relationships do enthusiastic teachers cause?

Answer: beneficial

Answer: beneficial

Answer: beneficial


Question: What does a student's academic goals include?

Answer: the goals he receives from his superior.

Answer: goals he receives from his superior.

Answer: personal goals


Question: What should a teacher guide a student in?

Answer: aligning his personal goals with his academic goals.

Answer: aligning his personal goals with his academic goals.

Answer: aligning his personal goals with his academic goals


Question: What is strongly linked to good student-teacher relationships?

Answer: student motivation and attitudes towards school

Answer: student motivation and attitudes towards school

Answer: student motivation and attitudes towards school


Question: Students show more interest in classes taught by what type of teachers?

Answer: friendly and supportive

Answer: friendly and supportive

Answer: friendly and supportive


Question: Students build stronger relationships with what type of teachers?

Answer: friendly and supportive

Answer: friendly and supportive

Answer: friendly and supportive


Question: What do supportive teachers spend more time doing?

Answer: interacting and working directly with students

Answer: more time interacting and working directly with students

Answer: interacting and working directly with students


Question: Humor is a part of the classroom for what type of teacher?

Answer: effective

Answer: Effective

Answer: Effective


Question: What is the second aspect of teacher enthusiasm?

Answer: enthusiasm about the students

Answer: students

Answer: enthusiasm about the students


Question: What does a teacher need to be with regards to their subject matter?

Answer: enthusiastic

Answer: enthusiastic

Answer: enthusiastic


Question: A teacher's spark may create a spark where?

Answer: in the student

Answer: t in the student

Answer: student


Question: What can an enthusiastic teacher be to a young student?

Answer: very influential

Answer: influential

Answer: influential


Question: What is important for a teacher to enjoy?

Answer: teaching

Answer: teaching

Answer: being around their students


Question: What is the largest type of misconduct being reviewed by the media?

Answer: sexual misconduct

Answer: sexual

Answer: sexual misconduct


Question: How many students have received unwanted sexual attention from a teacher or other education figure?

Answer: 9.6%

Answer: 9.6%

Answer: 9.6%


Question: What country is this statistic for?

Answer: United States

Answer: United States

Answer: United States


Question: What is the time period of this statistic?

Answer: sometime during their educational career.

Answer: educational career


Question: Who conducted this survey?

Answer: American Association of University Women

Answer: American Association of University Women

Answer: American Association of University Women


Question: Where was it shown to have a 0.3% prevalence of sexual abuse by professionals?

Answer: England

Answer: England

Answer: England


Question: What was the definition of professionals, for this study?

Answer: priests, religious leaders, and case workers as well as teachers

Answer: priests, religious leaders, and case workers as well as teachers

Answer: priests, religious leaders, and case workers as well as teachers


Question: How many people were involved in the study?

Answer: 2,869

Answer: 2,869

Answer: 2,869


Question: What study covered subjects in 80,000 schools?

Answer: The AAUW study

Answer: AAUW

Answer: AAUW study


Question: Where has there been very well-known cases of teacher misconduct?

Answer: United States

Answer: United States

Answer: United States


Question: What has been the result of this publicity?

Answer: increased scrutiny on teacher misconduct

Answer: increased scrutiny

Answer: increased scrutiny on teacher misconduct


Question: Why have some men avoided becoming teachers?

Answer: Fears of being labelled a pedophile or hebephile

Answer: Fears of being labelled a pedophile or hebephile

Answer: Fears of being labelled a pedophile


Question: Who is the general secretary for the National Association of Schoolmasters Union of Women Teachers?

Answer: Chris Keates

Answer: Chris Keates

Answer: Chris Keates


Question: A statement made by Chris Keates caused issues with whom?

Answer: child protection and parental rights groups

Answer: child protection and parental rights groups

Answer: child protection and parental rights groups


Question: What has the avoidance of men to become teachers caused, in some areas?

Answer: a shortage of male teachers

Answer: a shortage of male teachers

Answer: shortage of male teachers


Question: What register did Chris Keates think that some teachers should not be placed on?

Answer: the sex offenders register

Answer: sex offenders

Answer: sex offenders register


Question: What can hurt a teacher's mental and physical health?

Answer: occupational stress

Answer: occupational stress

Answer: occupational stress


Question: What, when combined with a large workload, can contribute to occupational stress?

Answer: long hours

Answer: organizational change, relationships with students, fellow teachers, and administrative personnel, working environment, expectations to substitute

Answer: organizational change, relationships with students, fellow teachers, and administrative personnel, working environment, expectations to substitute, long hours


Question: What is something that teacher's are at a high risk for?

Answer: occupational burnout

Answer: occupational burnout

Answer: occupational burnout


Question: What can be the result of a change in an organization?

Answer: stress

Answer: Stress

Answer: occupational stress


Question: What, on the part of a teacher, can result in a decrease in student performance

Answer: occupational stress

Answer: occupational stress

Answer: Stress


Question: How many teachers were found to have felt occupational stress in a 2000 study?

Answer: 42%

Answer: 42%

Answer: 42%


Question: Where was the 2000 study conducted?

Answer: UK

Answer: UK

Answer: UK


Question: How much higher was the 42% occupation stress figure, compared to other jobs?

Answer: twice the figure for the average profession

Answer: twice

Answer: twice


Question: Which study showed double the rate of anxiety?

Answer: 2012

Answer: 2012

Answer: 2012 study


Question: The 2012 study showed teachers experienced more stress than whom?

Answer: average workers

Answer: average workers

Answer: average workers


Question: How many ways are available to help reduce the stress of teaching?

Answer: several

Answer: several

Answer: several


Question: What is providing support networks considered to be?

Answer: Organizational interventions

Answer: effective

Answer: Organizational interventions


Question: What is stress-management training considered to be?

Answer: Individual-level interventions

Answer: Individual-level interventions

Answer: Individual-level interventions


Question: What might offering bonuses help reduce?

Answer: occupational stress among teachers

Answer: occupational stress

Answer: occupational stress


Question: What type of intervention would changing the work environment be?

Answer: Organizational interventions

Answer: Organizational

Answer: Organizational interventions


Question: Where are nearly all teachers taught?

Answer: a university or college

Answer: university or college

Answer: university or college


Question: What might the Government require a teacher have before being allowed to teach?

Answer: certification by a recognized body

Answer: certification

Answer: certification by a recognized body


Question: What certificate is often earned after graduating high school?

Answer: elementary school education certificate

Answer: elementary school education certificate

Answer: elementary school education certificate


Question: What might also be required of a teacher to pass, in addition to certification?

Answer: a background check and psychiatric evaluation

Answer: background check and psychiatric evaluation

Answer: background check and psychiatric evaluation


Question: In what country is a background check required?

Answer: US

Answer: US

Answer: US


Question: Who is responsible for education in the country of Australia?

Answer: the individual states and territories

Answer: individual states

Answer: individual states and territories


Question: How many tiers are in the Australian form of learning?

Answer: three

Answer: three

Answer: three


Question: What follows secondary education?

Answer: tertiary education

Answer: tertiary education

Answer: tertiary education


Question: What is tertiary education?

Answer: universities and/or TAFE colleges

Answer: universities and/or TAFE colleges

Answer: universities and/or TAFE colleges


Question: What is the first model of education, in the Australian system?

Answer: primary

Answer: primary education

Answer: primary education


Question: What is the minimum required if you want to teach in Canada?

Answer: a post-secondary degree Bachelor's Degree

Answer: a post-secondary degree Bachelor's Degree

Answer: post-secondary degree Bachelor's Degree


Question: What may also be required of teachers, in some areas?

Answer: a second Bachelor's Degree such as a Bachelor of Education

Answer: a second Bachelor's Degree

Answer: a second Bachelor's Degree


Question: Where does a private school get funding to operate?

Answer: the private sector, businesses and sponsors

Answer: private sector

Answer: private sector, businesses and sponsors


Question: What are teachers considered to be in Germany?

Answer: civil servants

Answer: civil servants

Answer: civil servants


Question: Where are teachers recruited from?

Answer: Lehramtstudien (Teaching Education Studies)

Answer: Lehramtstudien

Answer: special university classes


Question: What is the name of Elementary Schools?

Answer: Grundschule

Answer: Grundschule

Answer: Grundschule


Question: What is used to decide a teacher's salary?

Answer: civil servants' salary index scale (Bundesbesoldungsordnung)

Answer: Bundesbesoldungsordnung

Answer: civil servants' salary index scale


Question: What are upper-level secondary schools called?

Answer: Gymnasium

Answer: Gymnasium

Answer: Gymnasium


Question: What does teaching on an island result in?

Answer: Extra pay

Answer: Extra pay

Answer: Extra pay


Question: What is the basic pay for a teacher, in Euros?

Answer: 27,814

Answer: €27,814

Answer: €27,814


Question: What can a teacher with 25 years of experience make, in Euros?

Answer: 53,423

Answer: €53,423

Answer: €53,423


Question: What can a principal make, if he/she works for a big school?

Answer: 90,000

Answer: €90,000

Answer: €90,000


Question: With whom are teachers required to register?

Answer: the Teaching Council

Answer: Teaching Council

Answer: Teaching Council


Question: What part of the Teaching Council Act requires registration?

Answer: Section 30

Answer: Section 30

Answer: Section 30


Question: When was the Teaching Council Act passed?

Answer: 2001

Answer: 2001

Answer: 2001


Question: What funds cannot be used if a teacher is not registered?

Answer: Oireachtas funds

Answer: Oireachtas

Answer: Oireachtas funds