Homework assignment for the week starting Jan. 19:
- Chapt. 36 - 10, 21, 23, 34
Homework assignment for the week starting Jan. 26:
- Chapt. 36 - 43, 54, 57
- Chapt. 37 - 6, 9, 19, 22 (In Problem 22 the interface is convex
with respect to the object, it is concave with respect to the
viewer)
Homework assignment for the week of Feb. 2:
- Chapt. 37 - 31, 35, 51, 59
- Chapt. 38 - 7, 23, 62
Homework assignment for the week of Feb. 9:
- Chapt. 38 - 26, 37, 44, 57, 67
- Chapt. 39 - 5, 11
Homework assignment for the week of Feb. 16:
- Chapt. 39 - 18, 22, 32, 43
- Chapt. 40 - 2, 3, 6, 11
Homework assignment for the week of Feb. 23:
- Chapt. 40 - 13, 22, 33, 47, 53, 68
Homework assignment for the week of Mar. 2:
- Chapt. 40 - 52, 56, 57, 58
Homework assignment for the week of Mar. 16:
- Chapt. 40 - 60
- Chapt. 41 - 44, 46, 50, 52, 68
Homework assignment for the week of Mar. 23:
Homework assignment for the week of Mar. 30:
No assignment for week of April 6. Problem session will be used for review for
or review of the midterm. A quiz may be given in the problem session.
Homework assignment for the week of Apr. 13:
- A monolayer of metal atoms is laid down on a flat substrate made of quartz.
Accordingly, the electrons of the metallic atoms are free to move in two
rather than three dimensions. In a manner analogous to that discussed in class
determine a) the electron energy distribution function P(E) and plot it for
T=0 and T=(Fermi Energy)/k, and b) the Fermi Energy.
- Consider a graphite crystal which consists of two-dimensional planes of
hexagonal structures separated by a distance L. If the distance between the
centers of adjacent atoms in the two-dimensional planes is 2R, where R is the
radius of the carbon atom, and the separation between adjacent planes (atomic
center to atomic center) is 4R what is the packing density of this crystal?
Homework assignment for the week of April 20 (LAST SET):
- Chapt. 42 - 39, 42, 45
- Chapt. 43 - 5, 12, 23, 31
Th' Th' Th' That's all, folks!