A prismatic linearly elastic bar of length L cross- sectional area A, and made up of a material with Young's modulus E, is subjected to axial tensile force as shown in the figures. When the bar is...


A prismatic linearly elastic bar of length L cross-<br>sectional area A, and made up of a material with<br>Young's modulus E, is subjected to axial tensile<br>force as shown in the figures. When the bar is<br>subjected to axial tensile forces P, and P the<br>strain energies stored in the bar are U, and U<br>respectively<br>1<br>T<br>P,<br>P<br>(P.+P)<br>If U is the strain energy stored in the same bar<br>when subjected to an axial tensile force (P, +<br>P2), the correct relationship is<br>(a) U = U, - U,<br>(c) U > U, + U,<br>(b) U< U, + Uz<br>(d) U = U, + Uz<br>

Extracted text: A prismatic linearly elastic bar of length L cross- sectional area A, and made up of a material with Young's modulus E, is subjected to axial tensile force as shown in the figures. When the bar is subjected to axial tensile forces P, and P the strain energies stored in the bar are U, and U respectively 1 T P, P (P.+P) If U is the strain energy stored in the same bar when subjected to an axial tensile force (P, + P2), the correct relationship is (a) U = U, - U, (c) U > U, + U, (b) U< u,="" +="" uz="" (d)="" u="U," +="">

Jun 10, 2022
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