Section outline

• Notes

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• Exercises

Chapter 1: P10   2, 4;  P21  4, 11;  P35  2, 5, 9.

Chapter 2: P53  13, 15;  P61  3(a);  P72  6, 10.

Chapter 3: P99  9;  P108  2;  P120  3, 6, 9;  P131  5;  P147  1.

Chapter 4: P157  1(c), 8(a);  P171  3, 7(a);  P188  3(a), (b), 4-8;  P199  6, 8(b).

Chapter 5: P209  1(c), 2(c), 3, 4, 5;  P220  2(a), 4(a), 8(b);  P234  1(a), 9(a).

Chapter 6: P249  4, 12, 13, 18;  P257  4, 6.

• Programs

Chapter1   P11  1(c);  P22  1;  P39  7.

Chapter2   P45  1, 2, 3;  P56  2, 3;  P62  1;  P73  4, 5.

Chapter3   P102 2;  P109  1, 2;  P122  2;  P132  1;  P144  3, 7;  P149  3.

Chapter4   P160  4;  P174  1;  P191  5;  P200  4(a).

Chapter5   P222  3, 4, 6;  P236  2.

Chapter6   P259  7, 8, 9;  P267  6, 7.

• Chapter 1

P11  1(c)  Additional Requirement: Produce a graph of function g(x), g'(x) and the line y=x that clearly shows any fixed points.

P22  1

P39  7

• Chapter 2

P45   1, 2, 3

P56   2, 3

P62   1

P73   4, 5

• Chapter  3

P102  2

P109  1,  2

P122  2

P132  1

P144  3,   7

P149  3

• Chapter  4

P160  4

P174  1

P191  5

P200  4(a)

• Chapter  5

P222  3, 4, 6. Note: Modify the number of the known points in Exercise 3 and 4 to 13, that means k is from 0 to 12.

P236  2

• Chapter  6

P259  7, 8, 9

P267  6, 7