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| 184_notes:examples:week10_helix [2021/07/07 15:41] – schram45 | 184_notes:examples:week10_helix [2021/07/07 15:42] (current) – schram45 | ||
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| <WRAP TIP> | <WRAP TIP> | ||
| ===Assumption=== | ===Assumption=== | ||
| - | We assumed the mass was constant, and this allows for uniform circular motion in the x-z plane. If the mass were not constant then the path of the particle could look much different as the acceleration | + | We assumed the mass was constant, and this allows for uniform circular motion in the x-z plane. If the mass were not constant then the path of the particle could look much different as the radius of curvature |
| </ | </ | ||
| However, because of the constant $\hat{y}$ component of the velocity, this circle is actually a helix. Two perspectives show the motion below. | However, because of the constant $\hat{y}$ component of the velocity, this circle is actually a helix. Two perspectives show the motion below. | ||
| [{{ 184_notes: | [{{ 184_notes: | ||