Question: The circular rod shown ( Figure 1 ) has dimensions d 1 = 6 . 8 c m , L 1 = 6 m ,

The circular rod shown

(

Figure

1)

has dimensions

d_{1} = 6.8 c m, L_{1} = 6 m, d_{2} = 3.2 c m,

and

L_{2} = 5 m

with applied loads

F_{1} = 140 k N

and

F_{2} = 55 k N .

The modulus of elasticity is

E = 80

GPa. Use the following steps to find the deflection at point

D .

Point

B

is halfway between points A and

C .

Part A

-

Reaction force

What is the reaction force at

A ?

Let a positive reaction force be to the right

Express your answer with appropriate units to three significant figures.

F_{A} =

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Part B

-

Calculate the deflection

What is the deflection of the end of the rod,

D ?

Let a positive deflection be to the right.

Express your answer with appropriate units to three significant figures.

_{D} =

Value

Units

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1

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