Question

Does a stiffer spring undergo slower or faster damping than a less stiff spring of the same length?

( A brief explanation in detail would be very helpful, thank you!)

Answer 1

On the off chance that the spring is vibrating at a recurrence the same as the vibration it is damping out then they are synchonized and the spring power doen't contradict the driving vibration. Be that as it may in the event that they are at various frquency the spring winds up restricting the vibration. So it relies upon the recurrence of vibration. w^2=k/m I figure making w as little as possilbe is the most ideal way since then there is the minimum movment notwithstanding when the spring starts vibrating. W is the littlest with a free spring and huge mass.

Hence, it's valid that a less hardened spring will experience more noteworthy relocation. I don't recognize what 'vees' are, however. anyway, so which one do you think will experience quicker damping? I believe it's the solid one since it tends to remain at its harmony state and does not effortlessly influenced by extending/compacting. It's an indistinguishable reason from to why a solid spring is harder to extend.