A uniform rod of length L is acted upon by two collinear forces P and Q applied to its ends in opposite directions. Calculate the tension at a distance x from the end where force P is applied.

Question

Vikas TU · Answer

Net moment zero at x distance from P then, P*x = Q*(l – x) find x from here. then do net torque zero at any one force and assume a T tension force at distnce x from P. then moment at p suppose be zero. T*x = Q*l T = Ql/x and put x value from the above calculated.

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A uniform rod of length L is acted upon by two collinear forces P and Q applied to its ends in opposite directions. Calculate the tension at a distance x from the end where force P is applied.

A uniform rod of length L is acted upon by two collinear forces P and Q applied to its ends in opposite directions. Calculate the tension at a distance x from the end where force P is applied.

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A uniform rod of length L is acted upon by two collinear forces P and Q applied to its ends in opposite directions. Calculate the tension at a distance x from the end where force P is applied.

A uniform rod of length L is acted upon by two collinear forces P and Q applied to its ends in opposite directions. Calculate the tension at a distance x from the end where force P is applied.

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