Solved

A Block of Mass M Is Pulled in the Direction θ\theta

Question 51

Multiple Choice

A block of mass m is pulled in the direction shown in the figure across a rough surface with a constant acceleration A block of mass m is pulled in the direction shown in the figure across a rough surface with a constant acceleration . The magnitude of the frictional force is A) µ<sub>k</sub>mg B) T cos \theta - ma C) µ<sub>k</sub>(T - mg) D) µ<sub>k</sub>T sin \theta E) µ<sub>k</sub>(mg + sin \theta ) . The magnitude of the frictional force is A block of mass m is pulled in the direction shown in the figure across a rough surface with a constant acceleration . The magnitude of the frictional force is A) µ<sub>k</sub>mg B) T cos \theta - ma C) µ<sub>k</sub>(T - mg) D) µ<sub>k</sub>T sin \theta E) µ<sub>k</sub>(mg + sin \theta )


A) µkmg
B) T cos θ\theta - ma
C) µk(T - mg)
D) µkT sin θ\theta
E) µk(mg + sin θ\theta )

Correct Answer:

verifed

Verified

Unlock this answer now
Get Access to more Verified Answers free of charge

Related Questions

Q44: If a jet plane doubles the speed,the

Q46: A ball of mass m is attached

Q47: A block slides down a frictionless incline.

Q50: The figure shows a top view of

Q52: A mass m is placed on

Q53: A mass m is placed on

Q54: A 1.0-kg mass is acted on by

Q56: The figure shows a top view of

Q66: In the equation F = bv,F is

Q68: A car going around a curve of