Unit 6: Oscillations

The period of a simple pendulum depends on:

A mass-spring system oscillates with a period of 0.4 s. The frequency of oscillation is

A 0.5 kg mass on a spring (k = 200 N/m) is displaced 0.1 m from equilibrium. The maximum speed of the mass is

If the length of a pendulum is quadrupled, the period

A block on a spring oscillates with amplitude A. At displacement x = A/2 from equilibrium, the ratio of kinetic energy to potential energy is

The period of a mass-spring system is [math]. If the mass is doubled, the new period is

A pendulum clock keeps accurate time at sea level. If taken to a mountaintop where g is slightly smaller, the clock will

A spring-mass system has a period of 2 s. If the spring constant is halved and the mass is doubled, the new period is

A mass bouncing on a spring completes 10 cycles in 5 seconds. What is the period?

For a mass on a spring, if the amplitude of oscillation is increased:

In SHM, the total mechanical energy is:

If the frequency of oscillation is 5 Hz, the period is:

If the mass on a spring is doubled, the period of oscillation:

A force of 12 N stretches a spring by 0.04 m. What is the spring constant?

If a simple pendulum is taken to the Moon (where gravity is about 1/6 of Earth's), its period:

In SHM, when an object is at maximum displacement from equilibrium:

If you cut a spring in half, the spring constant of each half:

What is the period of oscillation?

Based on the data, what is the approximate length of the pendulum?

At what position is the kinetic energy of the mass at its maximum?