Who discovered the direction of magnetic field lines?
singleAnswer
Ørsted Hans Christian Ørsted
North Magnetic Pole Oersted's law Magnetic field Right-hand rule Michael Faraday
faraday direction of magnetic field lines Who discovered the direction of magnetic field lines?
Michael Faraday Faraday cage Faraday's law of induction Faraday effect Faraday wave Faraday cup Daniel Faraday Faraday rotator IET Faraday Medal Faraday constant
Michael <b>Faraday</b> FRS was an English scientist who contributed to the study of 
electromagnetism and electrochemistry. His main discoveries include the&nbsp;... A <b>Faraday</b> cage or <b>Faraday</b> shield is an enclosure used to block electromagnetic 
fields. A <b>Faraday</b> shield may be formed by a continuous covering of conductive&nbsp;... <b>Faraday&#39;s</b> law of induction (briefly, <b>Faraday&#39;s</b> law) is a basic law of 
electromagnetism predicting how a magnetic field will interact with an electric 
circuit to&nbsp;... In physics, the <b>Faraday</b> effect or <b>Faraday</b> rotation is a magneto-optical 
phenomenon—that is, an interaction between light and a magnetic field in a 
medium. <b>Faraday</b> waves, also known as <b>Faraday</b> ripples, named after Michael <b>Faraday</b> (
1791–1867), are nonlinear standing waves that appear on liquids enclosed by a
&nbsp;... A <b>Faraday</b> cup is a metal (conductive) cup designed to catch charged particles in 
vacuum. The resulting current can be measured and used to determine the&nbsp;... Dr. Daniel <b>Faraday</b> is a fictional character on the ABC television series Lost 
played by Jeremy Davies. <b>Faraday</b> is introduced in the Season 4 premiere as a&nbsp;... A <b>Faraday</b> rotator is a polarization rotator based on the <b>Faraday</b> effect, which in 
turn is based on a magneto-optic effect. It works because one polarization of the&nbsp;... The <b>Faraday</b> Medal is the top medal awarded by the Institution of Engineering 
and Technology (IET) It is part of the IET Achievement Medals collection of 
awards. The <b>Faraday</b> constant, denoted by the symbol F and sometimes stylized as ℱ, is 
named after Michael <b>Faraday</b>. In physics and chemistry, this constant represents
&nbsp;...
Magnetic field Earth's magnetic field Magnetic declination Electromagnetic coil Right-hand rule North Magnetic Pole Magnetic flux Magnetoreception Stellar magnetic field Horseshoe magnet
An alternative method to map the <b>magnetic field</b> is to &quot;connect&quot; the arrows to form 
<b>magnetic field lines</b>. The <b>direction</b> of the&nbsp;... The <b>lines</b> represent <b>magnetic field lines</b>, blue when the field points towards the 
center and yellow when away. The rotation axis of the Earth is centered and 
vertical. The dense clusters of <b>lines</b> are within the Earth&#39;s core. Earth&#39;s <b>magnetic</b> 
<b>field</b>, also known as the geomagnetic field, is the <b>magnetic field</b> that extends ... 
When the Earth&#39;s field reverses, new basalt records the reversed <b>direction</b>. Magnetic declination, or magnetic variation, is the angle on the horizontal plane 
between ... corresponding to the <b>direction</b> of the Earth&#39;s <b>magnetic field lines</b>) and 
true north (the <b>direction</b> along a meridian towards the geographic North Pole). The <b>magnetic field lines</b> (green) of a current-carrying loop of wire pass through 
the center of the loop, concentrating the field there. An electromagnetic coil is an 
electrical conductor such as a wire in the shape of a coil, spiral or ... The <b>direction</b> 
of the <b>magnetic field</b> produced by a coil can be determined by the right hand grip
&nbsp;... In mathematics and physics, the right-hand rule is a common mnemonic for 
understanding ... Since there is no magnetic monopole the field <b>lines</b> exit the +Z 
end, loop around outside the helix, and reenter at the −Z end. ... The force is 
maximum when the particle <b>direction</b> and <b>magnetic fields</b> are at right angles, is 
less at any&nbsp;... The North Magnetic Pole is a wandering point on the surface of Earth&#39;s Northern 
Hemisphere at ... The <b>direction of magnetic field lines</b> is defined such that the 
lines emerge from the magnet&#39;s north pole and enter into the magnet&#39;s south pole
. In physics, specifically electromagnetism, the <b>magnetic</b> flux through a surface is 
the surface ... The <b>magnetic</b> flux is the net number of <b>field lines</b> passing through 
that surface; that is, the ... in the other <b>direction</b> (see below for deciding in which 
<b>direction</b> the <b>field lines</b> carry a positive sign and in which they carry a negative 
sign). Magnetoreception (also magnetoception) is a sense which allows an organism to 
detect a <b>magnetic field</b> to perceive <b>direction</b>, altitude or location. ... bacterium 
orients itself and migrates in the <b>direction</b> along the Earth&#39;s <b>magnetic field lines</b>. A stellar <b>magnetic field</b> is a <b>magnetic field</b> generated by the motion of conductive 
plasma inside ... When the atoms are within a <b>magnetic field</b>, however, these 
<b>lines</b> become split into multiple, closely spaced <b>lines</b>. ... Thus the strength and 
<b>direction</b> of the star&#39;s <b>magnetic field</b> can be determined by examination of the 
Zeeman&nbsp;... ... vicinity, which concentrates the field <b>lines</b> and creates a strong <b>magnetic field</b>. 
A horseshoe magnet is a magnet made in the shape of a horseshoe. At the ends 
of its legs, the magnet has two magnetic poles close together. This shape creates 
a strong <b>magnetic field</b> between the poles.
Magnetic field Earth's magnetic field Oersted's law North Magnetic Pole Magnetic declination Solar wind Magnetosphere of Jupiter Electromagnetic induction Magnetoreception Magnetic flux
A <b>magnetic field</b> is a vector field that describes the magnetic influence of electric 
charges in ... Both the strength and <b>direction</b> of a <b>magnetic field</b> vary with location. 
... In 1831, Michael Faraday <b>discovered</b> electromagnetic induction when he <b>found</b> 
... <b>Magnetic field lines</b> are like streamlines in fluid flow, in that they represent&nbsp;... The <b>lines</b> represent <b>magnetic field lines</b>, blue when the field points towards the 
center and yellow when away. The rotation axis of the Earth is centered and 
vertical. The dense clusters of <b>lines</b> are within the Earth&#39;s core. Earth&#39;s <b>magnetic</b> 
<b>field</b>, also known as the geomagnetic field, is the <b>magnetic field</b> that extends ... In 
sediments, the <b>orientation of magnetic</b> particles acquires a slight bias&nbsp;... The <b>magnetic field</b> (marked B, indicated by red field <b>lines</b>) around wire carrying 
an electric current (marked I). File:17. Естердов експеримент.ogv Play media. 
Compass and wire apparatus showing Ørsted&#39;s experiment (video). In 
electromagnetism, Ørsted&#39;s law, also spelled Oersted&#39;s law, is the physical law 
stating that an ... Ørsted investigated and <b>found</b> the physical law describing the 
<b>magnetic field</b>,&nbsp;... The North Magnetic Pole is a wandering point on the surface of Earth&#39;s Northern 
Hemisphere at ... The <b>direction of magnetic field lines</b> is defined such that the 
<b>lines</b> emerge from the magnet&#39;s north pole ... The first expedition to reach the 
North Magnetic Pole was led by James Clark Ross, <b>who found</b> it at Cape 
Adelaide on the&nbsp;... Magnetic declination, or magnetic variation, is the angle on the horizontal plane 
between ... corresponding to the <b>direction</b> of the Earth&#39;s <b>magnetic field lines</b>) and 
true north (the <b>direction</b> along a meridian towards the geographic North Pole). ... southern lights), the plasma tails of comets that always point away from the Sun
, and geomagnetic storms that can change the <b>direction of magnetic field lines</b>. The magnetosphere of Jupiter is the cavity created in the solar wind by the 
planet&#39;s <b>magnetic field</b>. Extending up to seven million kilometers in the Sun&#39;s 
<b>direction</b> and almost to ... The <b>magnetic field lines</b> point away from Jupiter above 
the sheet and towards Jupiter below it. The load of plasma from Io greatly 
expands the size&nbsp;... Electromagnetic or magnetic induction is the production of an electromotive force 
(i.e., voltage) across an electrical conductor in a changing <b>magnetic field</b>. Michael 
Faraday is generally credited with the <b>discovery</b> of induction in 1831, ... it as 
Faraday&#39;s law of induction. Lenz&#39;s law describes the <b>direction</b> of the induced field. Magnetoreception (also magnetoception) is a sense which allows an organism to 
detect a <b>magnetic field</b> to perceive <b>direction</b>, altitude or location. ... orients itself 
and migrates in the <b>direction</b> along the Earth&#39;s <b>magnetic field lines</b>. ... 
Cryptochrome, a flavoprotein <b>found</b> in the eyes of European robins and other 
animal&nbsp;... In physics, specifically electromagnetism, the <b>magnetic</b> flux through a surface is 
the surface ... The <b>magnetic</b> flux is the net number of <b>field lines</b> passing through 
that surface; that is, the ... in the other <b>direction</b> (see below for deciding in which 
<b>direction</b> the <b>field lines</b> carry a positive sign and in which they carry a negative 
sign).
André - Marie Ampère
Magnetic field