Question

5. For the member shown, the 700 Nm moment is applied at point B. y 200 N 3 4 A 300 N 8 m 12 5 D 2 m C 150 N B X 700 N·m 4 m 150 N If the member is pinned so that it rotates around point B, what counteracting moment must be applied at point A to keep the member in equilibrium?

          5. For the member shown, the 700 Nm moment is applied at point B.

y
200 N
3
4
A
300 N
8 m
12
5
D
2 m
C
150 N
B
X
700 N·m
4 m
150 N
If the member is pinned so that it rotates around point B, what counteracting moment must be applied at point A to keep the member in equilibrium?

5. For the member shown, the 700 Nm moment is applied at point B.

y
200 N
3
4
A
300 N
8 m
12
5
D
2 m
C
150 N
B
X
700 N·m
4 m
150 N
If the member is pinned so that it rotates around point B, what counteracting moment must be applied at point A to keep the member in equilibrium?

Added by Charles E.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Kamlesh Goyal

Step 1

Let B be the origin (0,0), +x to the right, +y up. Take positive moment as counterclockwise (CCW). Coordinates: A = (0,8) m, C = (4,0) m, D = (4,2) m. Show more…

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For the member shown, the 700N*m moment is applied at point B.\nIf the member is pinned so that it rotates around point B, what counteracting moment must be applied at point A to keep the member in equilibrium? 5.For the member shown, the 700 N.m moment is applied at point B. 200N 3 4 A 300N 8m 12 5 : D 2 m C 150N X 700Nm 4m 150N If the member is pinned so that it rotates around point B what counteracting moment must be applied at point A to keep the member in equilibrium?