• Solutions to first exam
• Solutions to final exam

Homework:

• Solutions to Homework 1
• Solutions to Homework 2
• Solutions to Homework 3
• Solutions to Homework 4
• Solutions to Homework 5
• Solutions to Homework 6
• Solutions to Homework 7
• Solutions to Homework 8

Interesting links:

• Euclid's Elements (full text, with Java applets by D.E. Joyce)
• David Hilbert's Foundations of Geometry (from the Gutenberg Project)
• Wikipedia article on the parallel postulate
• More details on the parallel postulate (from Cut-the-Knot; see especially the links at the bottom)
• Spherical Easel (a nice Java program for exploring the geometry of the sphere)
• "On the foundations which lie at the bases of geometry," Riemann's original paper on Riemannian geometry (translated into English)

Syllabus:

• Grades: Homework (30%) assigned weekly; two midterms (20% each) two-fifths and four-fifths through the course; a presentation (30%) of a Riemannian geometry research paper.
• Text: M.F. do Carmo, Riemannian Geometry, will be in the bookstore soon, or order from Amazon, Powell's, or Barnes and Noble.