Unit 08 - SHM Test - Paul Fischer | Library

8

Describe the motion using the following key terms correctly:
Resting Position
Equilibrium
Restoring Force
Damping

4

In your own words, describe periodic motion using a rocking chair as a reference.

4

On the graph, demonstrate all 4 amplitudes.

4

On the graph, demonstrate ONE cycle.

4

Based on your findings from the 'Mass on a Spring' Lab, predict what would happen to the period.

4

Based on your findings from the 'Predict the Pendulum' Lab, predict what would happen to the frequency.

2

A pendulum is observed to complete 36 full cycles in 2 minutes 10 seconds. Determine the period of the pendulum.

2

A pendulum is observed to complete 36 full cycles in 2 minutes 10 seconds. Determine the frequency of the pendulum.

2

A mass is tied to a spring and begins vibrating periodically. The distance between its highest and its lowest position is 60 cm. What is the amplitude of the vibrations?

4

	...the period increases	...the period decreases
As damping increased...
As stiffness decreased...
As mass decreased...

	...the frequency increases	...the frequency decreases
As gravity increased...
As the string length decreased...
As mass decreased...

	...the period increases	...the period decreases
As damping increased...
As stiffness decreased...
As mass decreased...

	...the frequency increases	...the frequency decreases
As gravity increased...
As the string length decreased...
As mass decreased...

Unit 08 - SHM Test

Unit 08 - SHM Test

Describe the motion using the following key terms correctly:
Resting Position
Equilibrium
Restoring Force
Damping

In your own words, describe periodic motion using a rocking chair as a reference.

On the graph, demonstrate all 4 amplitudes.

On the graph, demonstrate ONE cycle.

Based on your findings from the 'Mass on a Spring' Lab, predict what would happen to the period.

Based on your findings from the 'Predict the Pendulum' Lab, predict what would happen to the frequency.

A pendulum is observed to complete 36 full cycles in 2 minutes 10 seconds. Determine the period of the pendulum.

A pendulum is observed to complete 36 full cycles in 2 minutes 10 seconds. Determine the frequency of the pendulum.

A mass is tied to a spring and begins vibrating periodically. The distance between its highest and its lowest position is 60 cm. What is the amplitude of the vibrations?

Using the pendulum swing in the picture, visually represent the change in period and frequency if:

The mass of the yellow ball INCREASED.

Describe the motion using the following key terms correctly:
Resting Position
Equilibrium
Restoring Force
Damping

In your own words, describe periodic motion using a rocking chair as a reference.

On the graph, demonstrate all 4 amplitudes.

On the graph, demonstrate ONE cycle.

Based on your findings from the 'Mass on a Spring' Lab, predict what would happen to the period.

Based on your findings from the 'Predict the Pendulum' Lab, predict what would happen to the frequency.

A pendulum is observed to complete 36 full cycles in 2 minutes 10 seconds. Determine the period of the pendulum.

A pendulum is observed to complete 36 full cycles in 2 minutes 10 seconds. Determine the frequency of the pendulum.

A mass is tied to a spring and begins vibrating periodically. The distance between its highest and its lowest position is 60 cm. What is the amplitude of the vibrations?

Using the pendulum swing in the picture, visually represent the change in period and frequency if:

The mass of the yellow ball INCREASED.

Unit 08 - SHM Test

Unit 08 - SHM Test

Describe the motion using the following key terms correctly:Resting PositionEquilibriumRestoring ForceDamping

In your own words, describe periodic motion using a rocking chair as a reference.

On the graph, demonstrate all 4 amplitudes.

On the graph, demonstrate ONE cycle.

Based on your findings from the 'Mass on a Spring' Lab, predict what would happen to the period.

Based on your findings from the 'Predict the Pendulum' Lab, predict what would happen to the frequency.

A pendulum is observed to complete 36 full cycles in 2 minutes 10 seconds. Determine the period of the pendulum.

A pendulum is observed to complete 36 full cycles in 2 minutes 10 seconds. Determine the frequency of the pendulum.

A mass is tied to a spring and begins vibrating periodically. The distance between its highest and its lowest position is 60 cm. What is the amplitude of the vibrations?

Using the pendulum swing in the picture, visually represent the change in period and frequency if:The mass of the yellow ball INCREASED.

Describe the motion using the following key terms correctly:Resting PositionEquilibriumRestoring ForceDamping

In your own words, describe periodic motion using a rocking chair as a reference.

On the graph, demonstrate all 4 amplitudes.

On the graph, demonstrate ONE cycle.

Based on your findings from the 'Mass on a Spring' Lab, predict what would happen to the period.

Based on your findings from the 'Predict the Pendulum' Lab, predict what would happen to the frequency.

A pendulum is observed to complete 36 full cycles in 2 minutes 10 seconds. Determine the period of the pendulum.

A pendulum is observed to complete 36 full cycles in 2 minutes 10 seconds. Determine the frequency of the pendulum.

A mass is tied to a spring and begins vibrating periodically. The distance between its highest and its lowest position is 60 cm. What is the amplitude of the vibrations?

Using the pendulum swing in the picture, visually represent the change in period and frequency if:The mass of the yellow ball INCREASED.

Describe the motion using the following key terms correctly:
Resting Position
Equilibrium
Restoring Force
Damping

Using the pendulum swing in the picture, visually represent the change in period and frequency if:

The mass of the yellow ball INCREASED.

Describe the motion using the following key terms correctly:
Resting Position
Equilibrium
Restoring Force
Damping

Using the pendulum swing in the picture, visually represent the change in period and frequency if:

The mass of the yellow ball INCREASED.