A continuous beam is designed to support a triangular load with a maximum magnitude of $W$

and $P=32kN.)$ and $PkN$ acting on the middle span as shown in the figure

below. This beam is fully fixed at A and is supoorted by a pin at $C,B$ is continuous. The length of A continuous beam is designed to support a triangular load with a maximum magnitude of $W$ and $P=32kN.)$ and $PkN$ acting on the middle span as shown in the figure below. This beam is fully fixed at A and is supported by a pin at $C,B$ is continuous. The length of

Please use slope and deflection method to calculate the moment at the support and then develop the free body diagram and equations to draw the SFD$,$BMD$.$

Please show the value of MBC as a separate answer.

member $ABisL=3\mathrm{.}4.$ El is constant for all spans.

Please use slope and deflection method to calculate the moment at the support and then

develop the free body diagram and equations to draw the SFD$,$BMD$.$

Please show the value of MBC as a separate answer.