Math, asked by panesarh989, 8 months ago

A Rod Of Length L Is Fixed Between Two Rigid Supports And Supplied Heat To Raise Its Temperature T. If Is The Coefficient Of Volume Expansion Of The Wire And Y Is Young’S Modulus Of The Wire Then The Elastic Potential Energy Density Stored In The Wire Is ______​

Answers

Answered by SweetPoison7
23

Zero!

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Answered by Anonymous
1

A rod of length L is fixed between two rigid supports and supplied heat to raise its temperature T. If y is the coefficient of volume expansion of the wire and y is young's modulus of the wire then the elastic potential energy density stored in the wire is A) V*I*y 2.

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