Which type of stress results from a force that pulls on an object?

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Multiple Choice

Which type of stress results from a force that pulls on an object?

Explanation:
When a force pulls on an object, the material experiences tensile stress. This type of stress acts to elongate the object along the direction of the force and is defined as the pulling force per unit cross-sectional area. In practice, wires and cables handle tensile stress when they are stretched or suspended. Compressive stress comes from pushing forces that shorten the object, shear stress arises from parallel forces that slide layers past one another, and torsional stress comes from twisting forces. So the pulling scenario specifically creates tensile stress.

When a force pulls on an object, the material experiences tensile stress. This type of stress acts to elongate the object along the direction of the force and is defined as the pulling force per unit cross-sectional area. In practice, wires and cables handle tensile stress when they are stretched or suspended. Compressive stress comes from pushing forces that shorten the object, shear stress arises from parallel forces that slide layers past one another, and torsional stress comes from twisting forces. So the pulling scenario specifically creates tensile stress.

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