A mass-spring system consists of an ideal spring that can compress and stretch equally well. The spring has spring constant k and un-stretched length L. The spring is connected to a cart of mass M which can roll freely on a horizontal surface. If the cart is pulled to one side a small distance and released, it will oscillate back and forth with amplitude A and frequency f.

Respuesta :

Increasing the mass will,

decrease the frequency of the system

As the Mass is increased, the frequency and hence the pitch decrease. This is quite familiar to most of us. For example, the thick strings on a piano or a guitar produce the lower tones.

Masses in vibrational systems undergoing simple harmonic motion will have a certain time period for their oscillation.

The frequency is the inverse of the time period and is equal to the number of oscillations completed per unit time.

Hence, the greater is the mass, lesser is the frequency and vice versa

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