A horizontal force is used to push an object of mass m up an inclined plane. The angle between the plane and the horizontal is $\theta$. The normal reaction force of the plane acting on the mass m is
A) mg cos $\theta$ + F cos $\theta$
B) mg cos $\theta$
C) mg cos $\theta$ + F sin$\theta$
D) mg cos $\theta$ - F cos $\theta$
E) impossible to determine because the coefficient of friction is not given.

Question

A horizontal force  is used to push an object of mass m up an inclined plane. The angle between the plane and the horizontal is $\theta$. The normal reaction force of the plane acting on the mass m is
A) mg cos $\theta$ + F cos $\theta$ 
B) mg cos $\theta$ 
C) mg cos $\theta$ + F sin$\theta$ 
D) mg cos $\theta$ - F cos $\theta$ 
E) impossible to determine because the coefficient of friction is not given.

Quizplus · Accepted Answer

The Answer of A horizontal force  is used to push an object of mass m up an inclined plane. The angle between the plane and the horizontal is $\theta$. The normal reaction force of the plane acting on the mass m is
A) mg cos $\theta$ + F cos $\theta$ 
B) mg cos $\theta$ 
C) mg cos $\theta$ + F sin$\theta$ 
D) mg cos $\theta$ - F cos $\theta$ 
E) impossible to determine because the coefficient of friction is not given.

A Horizontal Force Is Used to Push an Object θ\thetaθ

A Horizontal Force Is Used to Push an Object $\theta$