7. The force F on the piston in Figure 5 causes the link AB to exert a force P = 2 kN on the pin B in Figure 5. Find the moment of this force about C for the case where the distance d = 70 mm and the angle between the crank BC and the vertical is 45°. The distance BC is 64 mm. B Ꮎ F (a) Figure 5 B P (b)
7. The force F on the piston in Figure 5 causes the link AB to exert a force P = 2 kN on the pin B in Figure 5. Find the moment of this force about C for the case where the distance d = 70 mm and the angle between the crank BC and the vertical is 45°. The distance BC is 64 mm. B Ꮎ F (a) Figure 5 B P (b)
Chapter2: Loads On Structures
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![7. The force F on the piston in Figure 5 causes the link AB to exert a force P = 2 kN on
the pin B in Figure 5. Find the moment of this force about C for the case where the distance d =
70 mm and the angle between the crank BC and the vertical is 45°. The distance BC is 64
mm.
B
F
(a)
Figure 5
B
P
(b)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fa3ad0b9e-4a49-46bf-a04e-d2eaa08c674a%2F93aab900-4a45-46cd-8b44-2bb360410788%2Fdffml7_processed.jpeg&w=3840&q=75)
Transcribed Image Text:7. The force F on the piston in Figure 5 causes the link AB to exert a force P = 2 kN on
the pin B in Figure 5. Find the moment of this force about C for the case where the distance d =
70 mm and the angle between the crank BC and the vertical is 45°. The distance BC is 64
mm.
B
F
(a)
Figure 5
B
P
(b)
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