Consider the given figure.

NOTE: This is a multi$-$part question. Once an answer is submitted, you will be unable to return to this part.

If a uniform load of $2$kip$\frac{s}{f}t$ is applied over the entire length of the beam, compute the reactions at $B,C,$ and $E,$ and mor E$.$

The magnitude of the reaction $By$ is $52$

$***$ kips, and the direction is $$

The magnitude of the reaction $C_y$ is $93\mathrm{.}6$

$**$ kips, and the direction is $0$

ences

The magnitude of the reaction $E_y$ is $*$ kips, and the direction is $$

$.$

The magnitude of the moment $M_C$ is $-2704$

$**$ kip.ft$,$ and the direction is $$

The magnitude of the moment $M_E$ is $-2028$

$**$ kip. ft$,$ and the direction is $$

Solve and show work.