Question

The beam below is supported at points B and D and is under 3 loads. Calculate: Note: Draw the support reactions in the positive directions. f F1 A BC D E M1 a b c d f = 70 N/m M1 = 100 N.m F1 = 300 N a = 3 m b = 1 m c = 4 m d = 3 m The vertical reaction force at point B. The reaction force at point D.

          The beam below is supported at points B and D and is under 3 loads. Calculate:
Note: Draw the support reactions in the positive directions.
f
F1
A
BC
D
E
M1
a
b
c
d
f = 70 N/m M1 = 100 N.m F1 = 300 N a = 3 m b = 1 m c = 4 m d = 3 m
The vertical reaction force at point B.
The reaction force at point D.
        
Show more…
The beam below is supported at points B and D and is under 3 loads. Calculate:
Note: Draw the support reactions in the positive directions.
f
F1
A
BC
D
E
M1
a
b
c
d
f = 70 N/m M1 = 100 N.m F1 = 300 N a = 3 m b = 1 m c = 4 m d = 3 m
The vertical reaction force at point B.
The reaction force at point D.

Added by Regina V.

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Elementary Statistics a Step by Step Approach
Elementary Statistics a Step by Step Approach
Allan G. Bluman 9th Edition
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The beam below is supported at points B and D and is under 3 loads. Calculate: Note: Draw the support reactions in the positive directions. f = 70 N/m M1 = 100 N.m F1 = 300 N a = 3 m b = 1 m c = 4 m d = 3 m The vertical reaction force at point B. The reaction force at point D.
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00:01 Hello in the following question if we consider if we consider the force equilibrium if we considered the force equilibrium then we will get r b plus r t r b plus r d that is 70 multiple 4 plus 300 that is equals to 580 so using summation m d is equal equals to…
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