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The following physics responses are provided by a student and, as such, should be considered in that context. While every effort is made for accuracy, absolute correctness cannot be fully guaranteed.
| Question | |
C | 13 |
I | |
Question For a mass suspended on a spring in the vertical direction, the time for one complete oscillation will depend on:
1) the value for g (the acceleration due to gravity).
2) the distance the mass was originally pulled down.
3) the maximum speed of the oscillating mass.
4) the time doesn't depend on any of the above.
5) both choices A and C are valid. | |
Answer the time doesn't depend on any of the above. | |
Notes
| User | Added | Note | e | d |
|---|---|---|---|---|
| KillGorack | 2023-07-16 11:30:02 | The time for one complete oscillation of a mass suspended on a spring in the vertical direction (also known as the period of oscillation) depends only on the mass and the spring constant. This is known as simple harmonic motion, and the period is given by the formula: T = 2π sqrt(m/k) where: T is the period m is the mass k is the spring constant Thus, the time for one complete oscillation doesn't depend on the value for g (the acceleration due to gravity), the distance the mass was originally pulled down, or the maximum speed of the oscillating mass. So, the correct answer is: the time doesn't depend on any of the above. |
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