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--- activities:content:highlights:cfqmatomgroup 2012/07/08 15:04
+++ activities:content:highlights:cfqmatomgroup 2013/08/20 12:15 current
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-  - Students apply the same calculations methods they used for the ring and sphere problems to the hydrogen atom.
+  - This small group activity is designed to help upper division undergraduate students practice measuring properties of the Hydrogen atom.
-  - Students are asked to find probabilities for angular momentum and energy for a superposition of $\vert nlm\rangle$ states.
+  - Students work in small groups to find the matrices that correspond to $H$, $L^2$, and $L_z$ operators, and how they operate on the states of the Hydrogen atom, $|n,\ell,m\rangle$.
-  - Students work together in small groups to find the matrices that correspond to $H$, $L^2$, and $L_z$ operators.
+  - The whole class wrap-up discussion includes group presentations, allowing students to observe a variety of useful techniques when solving for the properties of a state of hydrogen.
-  - (optional extension) Students work in small groups to explore the effects of time dependence in the hydrogen atom.