The below column (diameter 1 in.) is subjected to a compressive force where the diameter is increased by 0.0001 in. Determine the shear modulus G of the material. Assume that the material behaves...

The below column (diameter 1 in.) is subjected to a compressive force where the diameter is increased by<br>0.0001 in. Determine the shear modulus G of the material. Assume that the material behaves elastically with E=<br>10000 ksi.<br>P=100Kips<br>L- 12'<br>TOSHIBA<br>

Extracted text: The below column (diameter 1 in.) is subjected to a compressive force where the diameter is increased by 0.0001 in. Determine the shear modulus G of the material. Assume that the material behaves elastically with E= 10000 ksi. P=100Kips L- 12' TOSHIBA
L-12' a. G = 5961 ksi %3D O b. G = 4961 ksi O C. G = 49.61 ksi d. G = 69.61 ksi

L-12'<br>a.<br>G = 5961 ksi<br>%3D<br>O b.<br>G = 4961 ksi<br>O C.<br>G = 49.61 ksi<br>d.<br>G = 69.61 ksi<br>

Extracted text: L-12' a. G = 5961 ksi %3D O b. G = 4961 ksi O C. G = 49.61 ksi d. G = 69.61 ksi

Jun 11, 2022

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The below column (diameter 1 in.) is subjected to a compressive force where the diameter is increased by 0.0001 in. Determine the shear modulus G of the material. Assume that the material behaves...

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