A mass, m, slides down a frictionless incline and hits a spring with spring constant k. Find the spring compression when the acceleration of the mass is zero.
A) mg/k
B) mg cos $\theta$/k
C) mg sin $\theta$/k
D) mgh sin $\theta$/(kx)
E) None of the above statements is correct.

Question

A mass, m, slides down a frictionless incline and hits a spring with spring constant k. Find the spring compression when the acceleration of the mass is zero. 
A) mg/k 
B) mg cos $\theta$/k 
C) mg sin $\theta$/k 
D) mgh sin $\theta$/(kx) 
E) None of the above statements is correct.

Quizplus · Accepted Answer

The Answer of A mass, m, slides down a frictionless incline and hits a spring with spring constant k. Find the spring compression when the acceleration of the mass is zero. 
A) mg/k 
B) mg cos $\theta$/k 
C) mg sin $\theta$/k 
D) mgh sin $\theta$/(kx) 
E) None of the above statements is correct.

A Mass, M, Slides Down a Frictionless Incline and Hits θ\thetaθ

A Mass, M, Slides Down a Frictionless Incline and Hits $\theta$