P4. The T-shaped assembly
AED
shown in the figure is supported by a pin at
A
and 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
A
and 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