Lecture 16: Topic: Differentiation
Reading for this lecture H&P, Ch 11, Sect 11.5. Homework for Tutorial in Week 7 Ex 11.5, pp. 521-523, problems 5, 21, 29, 55, 65, 71.
Chain Rule
Given y = f(u) dy =
Lecture 7: Topic: Matrices
Reading for this lecture H&P, Ch 6, Sect 6.3. Homework for Tutorial in Week 4 Ex 6.3, pp. 248-249, problems 7, 15, 23, 27, 63.
Conformability for Multiplication
The product,
Lecture 9:
Topic: Matrices Reading for this lecture H&P, Ch 6, Sect 6.6 pp. 138 148 Homework for Tutorial Week 5 Ex 6.6, pp 269 270 problems 1, 5, 9, 21, 27
The Inverse of a 3 x 3 matrix
a11 A = a 21
Lecture 6 part 2-Topic: Matrices
Reading for this lecture H&P, Ch 6, Sect 6.2. Homework for Tutorial in Week 4 Ex 6.2, pp. 237-238, problems 1, 17, 29, 35, 41.
Matrix Addition
A = [ aij ] and B = [ bi
Lecture 5: Topic: Mathematics of Finance
Reading for this lecture H&P, Ch 5, Sect 5.5. Homework for Tutorial in Week 3 Ex 5.5, pp. 221-222, problems 1, 5, 19.
A Loan
A loan of $A at a given interest r
Lecture 4: Topic: Mathematics of Finance
Reading for this lecture H&P, Ch 5, Sect 5.4. Homework for Tutorial in Week 3 Ex. 5.4, pp. 216-217, problems 13, 17, 19, 23, 31.
An Annuity
An annuity is a seq
Lecture 3: Topic: Mathematics of Finance
Reading H&P, Ch 5. Reading for this lecture H&P, Ch 5, Sect 5.1 - 5.2; (also refer back to Ch 4, pp. 167-168) Homework for Tutorial in Week 2 Ex 5.1, pp. 200-2
Lecture 2: Topic: Introduction
Reading for this lecture H&P, Ch 4, Sect 4.2 4.4 Homework for Tutorial in Week 2 Ex 4.2, pp. 180, problems 1, 3, 17, 29. Ex 4.3, pp. 185-186, problems 11, 21, 25. Ex 4.4