Draw the influence lines for: reactions $($a$)B_y$ and $($b$)C_y,$ and the $($c$)$ shcaring force $V_{1-1}$ andc$)$ Considering solving for the equation of the elastrc

curve $($ie$,$ function for deftected shape$)$ for the beam

below by the double integration method. What boundary

conditions and$/$or continurty conditions would you use

to find the four constants of integration? A to $B$ is a

Confrnuous beam element $($fie$,($is not a hinge$).$

NOTE: You do not need to solve anything, only state the

boundars and continuity conditions. Use the coordinates

$I_1$ and $I_2$ to formulate your expressions.

$($d$)$ bending moment $M_{1-1}$ at section $1-1(4$ influence lines in total$).$ Use the method of your

preference $($quantitative or qualitative$)$ to solve the problem. Make sure to label the values for

local maximums and minimums and demonstrate your procedure.