Part A

Consider the beam shown in $($Figure $1)EI$ is constant. Use the

conjugate$-$beam method. Suppose that $M_0=132k*ft,P=55k,$

and $EI$ is in $k*f{t}^2.$

Figure

Part B

Determine the slope at $B.$

Express your answer in kilopounds multiplied by foot squared divided by $EI$ to three significant figures. Enter a positive value for a counterclockwise slope

and a negative value for a clockwise slope.

${}_B=$

$\frac{k*f{t}^2}{EJ}$