The Young's modulus of rubber is greater than that of steel. State whether the statement is True (or) False And Justify it
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Rubber has more young modulus than steel bcoz,
1-"Because the rubber is expected to stretch more for a given applied force, Young's modulus would be larger for the rubber, so the rubber would have the greater Young's modulus."
2-"Because the steel is expected to stretch more for a given applied force, Young's modulus would be smaller for the steel , so the rubber would have the greater Young's modulus."
3-"Because the rubber is expected to stretch more for a given applied force, Young's modulus would be smaller for the rubber, so the steel would have the greater Young's modulus.
4-"Because the steel is expected to stretch more for a given applied force, Young's modulus would be larger for the steel
hope diz will help you
Rubber has more young modulus than steel bcoz,
1-"Because the rubber is expected to stretch more for a given applied force, Young's modulus would be larger for the rubber, so the rubber would have the greater Young's modulus."
2-"Because the steel is expected to stretch more for a given applied force, Young's modulus would be smaller for the steel , so the rubber would have the greater Young's modulus."
3-"Because the rubber is expected to stretch more for a given applied force, Young's modulus would be smaller for the rubber, so the steel would have the greater Young's modulus.
4-"Because the steel is expected to stretch more for a given applied force, Young's modulus would be larger for the steel
hope diz will help you
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Answer:
Hello,
Explanation:
Young's modulus is inversely proportional to the strain for given stress
and steel has less strain so large (Y) and rubber has more strain so less (Y).
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