Question

0.25 m F?= 500 N Find the resultant force at point A from the two applied forces. 0.125 m. 0.3 m 5 4 A 60° F? = 600 N Solve for the moment around point O from the two forces using a cross product. Solve for the moment around point O from the two forces using scalar equations with the x- and y-resultant components and moment arms. The tongs shown are used to grip the ends of the drilling pipe P. Determine the torque (moment) M? that the applied force F = 150 lb exerts on the pipe about point P if ? = 45°. Determine the torque (moment) M? that the applied force F = 150 lb exerts on the pipe about point P as a function of ?. ? F 43 in. 6 in. P M?

          0.25 m
F?= 500 N
Find the resultant force at point A from the two
applied forces.
0.125 m.
0.3 m
5
4
A
60°
F? = 600 N
Solve for the moment around point O from the
two forces using a cross product.
Solve for the moment around point O from the two forces using scalar equations with the x-
and y-resultant components and moment arms.
The tongs shown are used to grip the ends of the
drilling pipe P. Determine the torque (moment)
M? that the applied force F = 150 lb exerts on the
pipe about point P if ? = 45°.
Determine the torque (moment) M? that the
applied force F = 150 lb exerts on the pipe about
point P as a function of ?.
?
F
43 in.
6 in.
P
M?

0.25 m
F?= 500 N
Find the resultant force at point A from the two
applied forces.
0.125 m.
0.3 m
5
4
A
60°
F? = 600 N
Solve for the moment around point O from the
two forces using a cross product.
Solve for the moment around point O from the two forces using scalar equations with the x-
and y-resultant components and moment arms.
The tongs shown are used to grip the ends of the
drilling pipe P. Determine the torque (moment)
M? that the applied force F = 150 lb exerts on the
pipe about point P if ? = 45°.
Determine the torque (moment) M? that the
applied force F = 150 lb exerts on the pipe about
point P as a function of ?.
?
F
43 in.
6 in.
P
M?

Added by Austin H.

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