introductory quantum theory
... the intensity of the light, their speed, and hence their energy, only depended on the frequency of the light. In addition there was a critical frequency below which no electron current would be produced. This was very mysterious at the time since the classical theory of light stated that light was a ...
... the intensity of the light, their speed, and hence their energy, only depended on the frequency of the light. In addition there was a critical frequency below which no electron current would be produced. This was very mysterious at the time since the classical theory of light stated that light was a ...
![Midterm 2: Solutions Math 118A, Fall 2013 1. [25%] Find all](http://s1.studyres.com/store/data/014992809_1-16ed3d3489ed8ac8ee652c44f479db24-300x300.png)
Midterm 2: Solutions Math 118A, Fall 2013 1. [25%] Find all
... of the rod are held at a fixed temperature 0, and the initial temperature is f (x). • (c) The nth Fourier mode decays in time if c < kλn and grows in time if c > kλn . The slowest decaying or fastest growing mode is the first mode with n = 1. Suppose for definiteness that b1 > 0. Then the solution d ...
... of the rod are held at a fixed temperature 0, and the initial temperature is f (x). • (c) The nth Fourier mode decays in time if c < kλn and grows in time if c > kλn . The slowest decaying or fastest growing mode is the first mode with n = 1. Suppose for definiteness that b1 > 0. Then the solution d ...
