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Lectures without surprises, of course.
1) If a someone can long jump 8m at the north pole, how far can she jump at the equator? (Ignore air resistance, wind, temperature, or anything that would cause the jumper to deviate from projectile motion.) Assume the gravity at the equator is 99.95% of that at the north pole.
2) Problem 5.14
Recommended: 5.15,5.16, 5.17, [...]
The lectures are combined in one powerpoint. Without surprises, of course.
Lectures 12 through14
Required:
1) Consider the underdamped driven harmonic oscillator, which we started numerically investigating in class.
Find two set of parameters that will cause the oscillator to A) exhibit considerable interference between the damped transient oscillations and the steady-state oscillations, and B) exhibit a separation between the transient and steady-state behavior
For each set of parameters plot and discuss [...]
Lecture 11
No homework due.
Lecture 10
Lecture 9
Lecture 8