(1) (60) The beam shown in the figure below is fixed (built-in) at B. It is subjected to a trian

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Madhur L · Answer

Hello everybody. Here say the shear force, shear force is equal to Vx and bending moment that is

Abid Hussain · Answer

Dear student we have a given question and solution for the question is taking moments about b th

Adi S · Answer

Here, we will apply equilibrium of equation summation of ma is equal to zero. Okay. So, from her

Adi S · Answer

let us discuss the solution for the given question from figure we can say that o is the center o

Adi S · Answer

Here in this question first we can write down a given data that is a beam is given this is our U

(1) (60) The beam shown in the figure below is fixed (built-in) at B. It is subjected to a triangular distributed load with maximum intensity $q_0$ at B, as shown, a concentrated force P at the tip A and a concentrated force 2P at mid-length. Find the shearing force and bending moment distribution.