When tensile stress is applied on a beam axially. What happens?*Only length increases in size, width remains unchangedBoth length and width increase in sizeLength increase but width decrasesBoth length and breadth decrease
Question
When tensile stress is applied on a beam axially. What happens?*Only length increases in size, width remains unchangedBoth length and width increase in sizeLength increase but width decrasesBoth length and breadth decrease
Solution
When tensile stress is applied on a beam axially, the length of the beam increases while the width remains unchanged. This is because tensile stress is a type of stress that causes an object to elongate along the axis of the applied force. The material of the beam is stretched, causing an increase in length. However, the width of the beam does not change because the force is not applied laterally.
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