work problem

shear and moment diagram

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A. determine Wo
B. Draw the shear and moment diagrams and specify the numerical values at all change of loading positions & at all points of zero shear.
C. determine the maximum shear and maximum moment.

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The flow rate of water through the turbine shown is 0.20 m^3/s and the pressure at points 1 and 2 are 150KPa and -35KPa. Determine the power generated by the turbine.

solution for the question below

write the shear moment equations for the uniform beam below and draw the shear force and bending diagrams. specify values at all change of lading positions and at points of zero shear. the beam has a weight of 2kN

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I'm learning how to do reactions with the Three Moment Theorem and in the solution for problem 830, it has 1077.27/12 = 538.64.....this clearly isn't correct.

Am I missing something? I tried searching to see if this has been addressed elsewhere, but some guidance would be very helpful and many thanks in advance.

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The segment joining (1 -3) and (4 -6) is extended a distance equal to one sixth of its own length. find the terminal points.
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