Given: The beam shown. $w_0=1\mathrm{.}1\frac{k}{f}t,L={27}^{\text{'}},E=29000$ksi and $I=105i{n}^4.$

Calculate the value of constant $C_1.14\mathrm{.}8!$ kips

Calculate the value of constant $C_2.k-ft$

Calculate the value of constant $C_3.$ k $-f{t}^2$

Calculate the value of constant $C_4.k-f{t}^3$

Calculate the reaction $A_y.$ kips

Calculate the reaction $M_A.,k-ft$

Make sure to find the $4$ boundsry conditike first to help you find the constants C$1$ C$3$ C$4$ and Ay are solved. Solve for C$2$ and MA