Which statement describes the velocity of a mass oscillating on a spring?

A. The velocity is constant throughout the motion.

B. The velocity remains the same throughout the motion.

C. The velocity is zero at the maximum displacement.

D. The velocity is greatest at the maximum position.

E. The velocity is least at the equilibrium position.

Question

Which statement describes the velocity of a mass oscillating on a spring?

A. The velocity is constant throughout the motion.

B. The velocity remains the same throughout the motion.

C. The velocity is zero at the maximum displacement.

D. The velocity is greatest at the maximum position.

E. The velocity is least at the equilibrium position.

lastdaywork · Answer

Are you trying to complete your home work via this website??

anonymous · Answer

Well its more like classwork. I have no teacher I have to teach myself and some stuff I can't comprehend.

lastdaywork · Answer

Which book are you using? And are you preparing for some exam or are you just a hobbyist?

lastdaywork · Answer

I am asking because whatever material you are referring to; doesn't suite you. If you want I can refer a better book.

lastdaywork · Answer

Wasn't intending to interfere..

anonymous · Answer

This animation might help: https://upload.wikimedia.org/wikipedia/commons/e/ea/Simple_Harmonic_Motion_Orbit.gif

anonymous · Answer

@LastDayWork they are online courses that don't offer much assistance, im just trying to graduate high school

lastdaywork · Answer

C. The velocity is zero at the maximum displacement.