Demo History
Demo Request History
Getting info for CourseID: 5776
PHYS 3210-001: Classical Mechanics
MWF 12:00-12:50 Room 204 Peter Arnold
2020-01-13
2020-01-15
- 1. a simple pendulum made with a ball on a string. 2. another "pendulum" made up of a mass hanging from a lose spring that has negligible length when unstretched. Anchor pivot point firmly to reduce energy loss. 3. A simple rigid circular pendulum (e.g. the chaos pendulum, locked so that it acts like a simple rigid circular pendulum instead) mounted firmly to minimize energy loss. [Note: I will almost certainly want 2 and 3 again for Friday's lecture as well.]
2020-01-17
- Repeat items 2 and 3 from last time, which is
2. another "pendulum" made up of a mass hanging from a lose spring that has negligible length when unstretched. Anchor pivot point firmly to reduce energy loss. 3. A simple rigid circular pendulum (e.g. the chaos pendulum, locked so that it acts like a simple rigid circular pendulum instead) mounted firmly to minimize energy loss.
2020-01-22
- I'd like the same rigid pendulum setup as last time. (The metal one.)
2020-01-24
2020-01-31
- The metal disk with an off-center hole that Nikolay made for me three years ago, plus a board to put it on that can be inclined.
2020-03-27
2020-03-30