Problem $1[$Not Required$]$: For the beam below:

a$)$ Draw the approximate deflected shape based on the bending moment diagram.

b$)$ Develop both the slope and deflection functions $(\backslash$theta $($x$),$ v$($x$))$ that is valid for $0$ x $$ L$.$

You can assume EI is constant.

c$)$ Find the value of vmax and $\backslash$theta max $($both of which occur at x $=$ L$).$

d$)$ Compare your results to the inside cover of the textbook for this particular load case.Problem $1[$Not Required$]$: For the beam below:

a$)$ Draw the approximate deflected shape based on the bending moment diagram.

b$)$ Develop both the slope and deflection functions $((x),v(x))$ that is valid for $V_{\text{m}\text{a}\text{x}}{}_{\text{m}\text{a}\text{x}}x=L0.$

You can assume $Elis$ constant.

$c$