which material is very strong and tough but shows very little elongation as it absorbs energy?
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Integrated Physics and Chemistry, States of Matter, Quiz 1 Material that is very strong and tough but shows very little elongation as it absorbs energy Kevlar Material that is the best choice for the support beams of a building
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- The percent elongation that occurred before the fracture is called the strain to break or, more simply, elongation. Coatings clinic FLEX-SEAL Utility Sealant is a state-of-the-art plural component aromatic urethane with an incredible 800 percent elongation and a tensile strength of 3200 psi.
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"What does the rapper's name ""T.I or T.I.P."" stand for?" Well he went by Tip but because of his accent people thought he was saying Chip, so he made it T.I.P. so it would be easier to understand, then he dropped the P like you said.pon signing with Arista Records subsidiary LaFace Records in 2001, he shortened his name to T.I. out of respect for label mate Q-Tip. Source(s): http://en.wikipedia.org/wiki/T.I. CoolGuyNotSoCool · 7 years ago. Thumbs up.
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- Titanium is a very popular aerospace fastener material, since it has the strength of medium alloy steel with approximately half the weight of steel. In addition, it is much more corrosion resistant than alloy steel, requiring no protective coating in many applications.
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- When the muscle contracts it pulls on the tendon, which moves the bone. Tendons are extremely tough and are seldom torn, even when an injury is severe enough to break a bone or tear a muscle. One of the most prominent tendons is the achilles tendon. Frequently injured tendons.
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- Titanium is lighter than Steel and much stronger than Aluminum. It h…as a low heat transfer rate, which makes it useful for high-heat applications.   The one major draw-back with titanium is that it retains heat during maching of part during manufacture due to its low heat transfer rate.
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- The mechanical strength of connective tissue varies widely, from the sti!ness and hardness of bone to the squishiness of many organs. In between are types of connective tissue with di!erent mechanical properties. Tendons resist tension and do not stretch making them ideal for linking muscle to bone. Cartilage resists compression. Large blood vessels can withstand stretch and recoil in response to changes in blood pressure. All of these mechanical properties are mediated by connective tissue.
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Cardiac Muscle Tissue Sarcomeres are composed of long, fibrous proteins as filaments that slide past each other when a muscle contracts or relaxes. Two of the important proteins are myosin, which forms the thick filament, and actin, which forms the thin filament. Myosin has a long, fibrous tail and a globular head, which binds to actin. The myosin head also binds to ATP, which is the source of energy for muscle movement.
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Brittleness A material is brittle if, when subjected to stress, it breaks without significant deformation (strain). Brittle materials absorb relatively little energy prior to fracture, even those of high strength.Breaking is often accompanied by a snapping sound.any steels become brittle at low temperatures (see ductile-brittle transition temperature), depending on their composition and processing. When used in materials science, it is generally applied to materials that fail when there is little or no evidence of plastic deformation before failure.
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- 1 The amount of energy in a bond is somewhat counterintuitive-the stronger or more stable the bond, the less chemical energy there is between the bonded atoms. 2  Strong bonds have low chemical energy and weak bonds have high chemical energy. It is a type of energy that can be converted to other forms and often is related to some attractive or pushing forces. 2  Elastic Potential Energy. 3  Anything that can act like a spring or a rubber band can have elastic potential energy.
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Connect with Project MUSE Wu language. variety of Chinese dialects spoken in Shanghai, in southeastern Jiangsu province, and in Zhejiang province by more than 8 percent of the population of China (some 85 million people) at the turn of the 21st century. Major cities in which Wu is spoken include Hangzhou, Shanghai, Suzhou, Ningpo, and... Read More.
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Brittleness Graph comparing stress–strain curves for brittle and ductile materials. A material is brittle if, when subjected to stress, it breaks without significant plastic deformation. Brittle materials absorb relatively little energy prior to fracture, even those of high strength. Breaking is often accompanied by a snapping sound.
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- Absorbable sutures are defined by the loss of most of their tensile strength within 60 days after placement. They are used primarily as buried sutures to close the dermis and subcutaneous tissue and reduce wound tension. The only natural absorbable suture available is surgical gut or catgut. Synthetic braided materials include polyglycolic acid (Dexon; Syneture) and Polyglactin 910 (Vicryl; Ethicon).
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Organ and Body Systems Loose-most widespread, rope-like collagen and elastic fibers that are strong and resilient, helps to join skin to underlying tissue; Fibrous-has densely packed collagen fibers and forms tendons that attach muscle to bone; Adipose-stores fat in large closely packed cells held in a matrix of fibers.
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Best material to absorb heat and then slowly radiate that heat Best material to absorb heat and then slowly radiate that heat. #1. I am looking to build a fire place of sorts. I need to use a solid material around the heating unit/fire that can absorb heat and slowly radiate it for a long period of time. I know there are masonry heaters that does this well. They mostly use refactory bricks (fire bricks).
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- The mechanical strength of connective tissue varies widely, from the sti!ness and hardness of bone to the squishiness of many organs. of connective tissue with di!erent mechanical properties. Tendons resist tension and do not stretch making them ideal for linking muscle to bone. resists compression.
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Suturing Basics Suture Materials. Non-absorbable sutures are made of materials that are not readily broken down by the body’s enzymes or by hydrolysis. There are naturally occurring non-absorbable materials e.g., silk, cotton, and steel) and synthetic non-absorbable materials (e.g., nylon and Prolene, Mersilene).
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Properties of Textile Fibers There are three types of tensile strength: 1  Yield strength - The stress a material can withstand without permanent deformation. 2  Ultimate strength - The maximum stress a material can withstand. 3  Breaking strength - The stress coordinate on the stress-strain curve at the point of rupture.
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Ultimate tensile strength In other words, tensile strength resists tension (being pulled apart), whereas compressive strength resists compression (being pushed together). Ultimate tensile strength is measured by the maximum stress that a material can withstand while being stretched or pulled before breaking. In the study of strength of materials, tensile strength, compressive strength, and shear strength can be analyzed independently.
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Mechanical Properties of the human body Stress (load or force) the magnitude of the force or load being applied to a structure. Strain (deformation) the amount of deformation that occurs to the sturcture in response to an applied stress. Elastic Range. the ability of a structure being loaded to return to the original length after the deforming load is removed.
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Does breaking bonds absorb or release energy? Bond forming releases energy. Atoms will begin with a high potential energy, and will bond with other atoms to form compounds which have a lower potential energy, and are ther … efore more stable. Bond breaking takes in energy i.e. energy is required to break bonds. 10 people found this useful.
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- Handling characteristics of suture materials are defined by pliability and coefficient of friction. Pliability refers to the ease with which a suture can be bent. The coefficient of friction is a measure of the slipperiness of the suture.
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Thermoplastic elastomer In order to qualify as a thermoplastic elastomer, a material must have these three essential characteristics: 1  The ability to be stretched to moderate elongations and, upon the removal of stress, return to something close to its original shape. 2  Processable as a melt at elevated temperature. 3  Absence of significant creep.
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Strength of Materials see strength of materialsstrength of materials, measurement in engineering of the capacity of metal, wood, concrete, and other materials to withstand stress and strain. Stress is the internal force exerted by one part of an elastic body upon the adjoining part, and strain is the deformation or change in. ..... Click the link for more information.
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What Are the Strongest & Hardest Metals Known to Mankind? Impact Strength is a material's ability to resist sudden force or impact without breaking or shattering. For example, bulletproof glass has much more impact strength than regular glass (although it is still not impenetrable).
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- Frequently, performance is maximized by selecting the subset of. materials with the greatest value of a grouping of material properties. A. light, stiff beam is best made of a material with a high value of E 1/ 2 / ρ; safe pressure vessels are best made of a material with a high value of. f. 1/ 2. K 1c /σ , and so on.