$1)$Let$\text{'}$s consider the segment with the fewest number of unknown forces.

Find the end reactions and internal constraints forces at A and B

Reaction ID $="$value$"$ "units"

Find RAx,RAy,RBx$,$RBy

$2)$Using the now known internal constraint forces at B$,$find the end reactions at C$.$

Reaction ID $="$value$"$ "units"

Find RCx$,$RCy$,$MC

Let's consider the segment with the fewest number of unknown forces.

Find the end reactions and internal constraints forces at A and B

Reaction ID $=$ "value" "units"

$17$

$3$ points

Using the now known internal constraint forces at B$,$ find the end reactions

at C$.$

Reaction ID $=$ "value" "units"

$RCx=$ type your answer...

choose your answer...

$RCy=$

choose your answer...

$MC=$

type your answer...

choose your answer...

$1$ point

the direction of the overturning moment generated by the applied forces

about point $C$ is choose your answer...

the direction of the reaction moment at support $C$ is

choose your answer...

$3)$

the direction of the overturning moment generated by the applied forces about point C is $($clockwise or counterclockwise$)$

the direction of the reaction moment at support C is

$($clockwise or counterclockwise$)$