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Objective: To use words, energy bar charts, and numbers to identify how the kinetic energy, gravitational potential energy, elastic potential energy, and total mechanical energy change for a vibrating mass on a spring.
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Energy of a Mass on a Spring
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Energy Bar Charts Completed
Energy Bar Charts
Identify the correct energy bar charts for various locations for a vibrating mass on a horizontal spring.
6 Questions
Do It With Numbers 2
Completed
Do It With Numbers 1
Completed
Do It With Numbers 1
Given energy values at one location for a vibrating mass on a horizontal spring, identify the energy values at a second location along its path.
6 Questions
Pick from among the four activities - KE, PE and TME;
Energy Bar Charts; Do It With Numbers 1; and Do It With Numbers 2.
Student Name:
Do It With Numbers 2
Given energy values at one location for a vibrating mass on a vertical spring, identify the energy values at a second location along its path.
6 Questions
KE, PE, and TME Completed
KE, PE, and TME
Describe how the KE, PEgrav, PEspring, and TME changes as a mass on a spring vibrates back and forth.
6 Questions
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In the Do It With Numbers 2 activity.
You have done it!
You have successfully analyzed each of the situations
In the KE, PE, and TME activity.
You have done it!
You have successfully analyzed each of the situations
In the Do It With Numbers 1 activity.
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You have done it!
You have successfully analyzed each of the situations
In the Energy Bar Charts activity.
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Do It With Numbers 1
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KE, PE, and TME
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The gravitational potential energy would …
The elastic potential energy would …
The kinetic energy would …
The total mechanical energy would …
Position A Bar Chart
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options for Position B.
Energy Bar Charts
An air track glider is attached to a spring. Positions A and B are two positions along its back-and-forth path. The energy bar chart for A is shown below. Identify the correct energy bar chart for position B.
Do It With Numbers 2