Question $10$

For Problem $2,$

Part a: Find the support reaction $A_y($answer should be in kip$)$

Note: For support reactions, positive is defined as upward force, rightward force, or

counterclockwise moment.

Question $11$

For Problem $2,$

Part b: Find the support reaction $C_x($answer should be in kip$)$

Note: For support reactions, positive is defined as upward force, rightward force, or

counterclockwise moment.

Question $12$

For Problem $2,$

Part c: Find the support reaction $C_y($answer should be in kip$)$

Note: For support reactions, positive is defined as upward force, rightward force, or

counterclockwise moment.

Question $13$

For Problem $2,$

Part d: Calculate the support moment $M_c$ at $C[kipft].$

Note: For support reactions, positive is defined as upward force, rightward force, or

counterclockwise moment.

Question $14$

For Problem $2,$

Part e: Find the axial $($ N $)$ internal loading $N_D$ at D $($answer should be in kip$)$

Note: For internal reactions, the positive$/$negative should follow the convention defined in

the lecture.

Question $15$

For Problem $2,$

Part f: Find the shear force $($V$)$ internal loading $V_D$ at D $($answer should be in kip$)$

Note: For internal reactions, the positive$/$negative should follow the convention defined in

the lecture.