Answer:
0.03924 m
Explanation:
Let g = 9.81 m/s2. Let x be the maximum distance that the spring will stretch. And let the potential energy reference point be at the the lower end where the spring is stretched to the maximum. Using mechanical energy conservation we have the following:
- At the bottom end where the spring is stretched to maximum: potential and kinetic energy is 0. Elastic energy is
- At the point where the weight is placed: potential energy is mgx, kinetic energy and elastic energy is 0 (because the spring is not stretched)
Answer:
Its Experimental
Explanation:
the others don't make sense
short wavelengths and high frequencies. long wavelengths and low frequencies. high frequencies and long wavelength. 0 of 2