| 1 |
What is the math formula for momentum?
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| 2 |
Define each unit in the formula for momentum with its S.I. unit.
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| 3 |
What are the formulas for impulse?
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| 4 |
Define the each variable and its S.I. unit in the impulse formulas.
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| 5 |
Impulse is to momentum and BLANK is to energy.
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| 6 |
How does the impulse of hitting a resting ball off a tee compare to the impulse of catching the same ball?
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| 7 |
A graph can be used to calculate the impulse, what is a the vertical and horizontal axis?
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| 8 |
The impulse is not read from the graph. What is used to calculate the impulse from a graph?
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| 9 |
What defines a collision?
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| 10 |
How does a "perfectly elastic" collision look compared to a "completely inelastic collision?"
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| 11 |
How does a "perfectly elastic" collision look compared to an "inelastic collision?"
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| 12 |
What assumption is made about all "inelastic collisions" in this class?
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| 13 |
Besides the visual differences between the perfectly elastic and completely inelastic collisions,
how are the two types of collisions the same and how are the different? (Think about physics
concepts.) |
| 14 |
When solving problems by using the law of conservation of momentum, what is the first step you
show to indicate that this is the method you are using?
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| 15 |
When solving problems by using the law of conservation of momentum, what is the second step
you show?
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| 16 |
When solving problems by using the law of conservation of momentum, what is the third step you
show?
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