Question: Consider the beam shown in ( Flgure 1 ) . E I is constant. Use the conjugate - beam method. Suppose that M 0 =

Consider the beam shown in

(

Flgure

1) . E I

is constant. Use the conjugate

-

beam method. Suppose that

M_{0} = 65 k * f t

and

E I

is in

k * f t^{2}

Determine the slope to the left of

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.

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Part B

Determine the slope to the left of

B .

Express your answer in kllopounds multiplled 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.

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Part C

Determine the displacement at

D .

Express your answer in killopounds multiplied by foot cubed divided by EI to three significant figures. Enter a positive value if the displacement is upward and a negative value if the displacement is downward.

Consider the beam shown in ( Flgure 1 ) . E I is

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