xxx To the Instructor
7.1 Refresher on suprema & infima. 0 .5
7.2 R iemann integral defined via Darboux sums. 2
7.3 The integral as a limit of R iemann sums. 1 1
7.4 Basic existence and additivity theorems. 1 1- 2
7.5 Algebraic properties of the integral. 1 1
7.6 Fundamental theorem of Calculus. 2 1
7.7 E lementary transcendental functions. 0 2- 3
7.8 Improper integrals. 0 1
7.9 Lebesgue's criterion for Riemann integrability. 0 1- 2
Subtotal: 40 42 .5-48.5
Leeway: 2
TOTAL: 42