P4. The T-shaped assembly
AEDshown in the figure is supported by a pin at
Aand a cable at
E. Neglect the weight of the assembly and the friction in the system. a) Draw the free-body diagram of the assembly. o) Write the three scalar equilibrium equations
\Sigma F_(x)=0,\Sigma F_(y)=0, and
\Sigma M_(A)=0. (Do not solve the equations in this part!). c) By solving the equations obtained in part (b), determine the support reactions at
Aand the tension in the cable. d) By drawing the free-body diagram of the right segment of the assembly after sectioning, determine the normal force, shear force, and bending moment acting at
C. Note: In solving the problem, take the magnitudes of the force and the couple moment shown in the figure as
Stud. No: #_(1)#_(2)#_(3)#_(4)#_(5)#_(6)#_(7)#_(8)#_(9)=>F=#_(6)#_(8)#_(9)N
Stud. No: #_(1)#_(2)#_(3)#_(4)#_(5)#_(6)#_(7)#_(8)#_(9)=>M=2\times (#_(1)#_(2)#_(3))N*m