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MIT

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8.01

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Lesson

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5:

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Motion

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with

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Constant

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Acceleration

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(Steady

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Net

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Force)

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Lesson

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Summary

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Excerpt

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The

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One-Dimensional

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Motion

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with

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Constant

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Acceleration

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model

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is

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one

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of

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the

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most

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frequently

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applied

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in

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all

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of

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introductory

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mechanics.

Learning Objectives

After completing this Lesson, students should be able to:

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Motion with Constant Acceleration (Interactions)
Motion with Constant Acceleration (Interactions)
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Motion with Constant Acceleration (Laws of Change)
Motion with Constant Acceleration (Laws of Change)
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Motion with Constant Acceleration (Graphs)
Motion with Constant Acceleration (Graphs)
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Motion with Constant Acceleration (Freefall)
Motion with Constant Acceleration (Freefall)
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Motion with Constant Acceleration (Multi-Stage)
Motion with Constant Acceleration (Multi-Stage)
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Motion with Constant Acceleration (Multi-System)
Motion with Constant Acceleration (Multi-System)
Note

Now that you have completed the Lesson, look at the model template for 1-D Motion with Constant Acceleration, which is intended to be a succinct summary of what you have learned.

{excerpt} h4. Learning Objectives After completing this Lesson, students should be able to: * understand and use the [One-Dimensional Motion with Constant Acceleration|1-D Motion (Constant Acceleration)] model template from the [Model Hierarchy]. * accomplish the Learning Objectives listed in that [template|1-D Motion (Constant Acceleration)]. {include:Motion with Constant Acceleration (Interactions)} {include:Motion with Constant Acceleration (Laws of Change)} {include:Motion with Constant Acceleration (Graphs)} {include:Motion with Constant Acceleration (Freefall)} {include:Motion with Constant Acceleration (Multi-Stage)} {include:Motion with Constant Acceleration (Multi-System)} {note}Now that you have completed the Lesson, look at the [model template for 1-D Motion with Constant Acceleration|1-D Motion (Constant Acceleration)], which is intended to be a succinct summary of what you have learned.{note} {td} {tr} {table}