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| activities:content:highlights:cfqmringgroup2 2012/03/23 17:22 | activities:content:highlights:cfqmringgroup2 2013/08/21 11:04 current | ||
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| - | - Students work in [[strategy:smallgroup:list|small groups]] with a linear combination of eigenstates of a quantum particle confined to a ring | + | - This small group activity is designed to help upper division undergraduate students work out time dependent solutions for a particle on a ring. |
| - | - Student calculate the probability for angular momentum, energy, and position as function of time | + | - Students work in small groups with linear combinations of eigenstates of a quantum particle confined to a ring and calculate the probability for angular momentum, energy, and position as function of time. |
| - | - An excellent opportunity to discuss what the conditions for time dependence are. | + | - The whole class wrap-up discussion includes group presentations, allowing students to recognize time evolution of non-trivial quantum states in a variety of representations. |
