Elasticity - Stress strain curve, hooks law Get link Facebook X Pinterest Email Other Apps - March 01, 2018 Elasticity - Stress strain curve, hooks law Point On Graph Till It Obey Hookes Law Is Limit of Proportionality Limit of Ductility Limit Of Strain Limit Of Stress Slope Of Straight Line In Curve (Origin To Pt. Till Hooks Law Obey)Gives Young Modulus Bulk Modulus Shearing Moduls Linear Modulus Elastic Limit Is Represented Till Strain Point Yeild Point Braking Point Plastic Limit The Maximum Strain Afther Wire Began To Break Is Called Yeild Stress Bulk Stress Tensile Strength Shearing Strength The Metals Which Can Drawn Into Wire Are Called? Ductile Substance Melable Substance Sonorus Substance Goldus Substance Example Of Elastomer Is Nylon 6 Rubber Wheat Grain Aluminium One Of Following Element Which Have Better Plastic Range Aluminium Mercury Carbon Phosphorus If A Substance Breaks Just After Elastic Limit Is Crossed Then It Is Brittle Substance Melable Substance Ductlile Substance Elastomer Upto Elastic Limit, Stress Is Proportional to Strain It Is a Hooks Law Youngs Law Law Of Elasticity Law Of Condensility A Substance Which Doesn't Have Plastic Limit Is Ductile Substance Melable Substance Elastomer Plastomer Get link Facebook X Pinterest Email Other Apps Comments
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