MAT5

 

MAT 1320 E FALL 2009

catalin.rada@alumni.uottawa.ca       Office: B07-B at 585 King Edward ave (or the KED building)

Outline 1320 E

Some comments on Lecture 1  (more exercises!)

HOMEWORK 1 consists of: Exercises 38 and 40 from section 1.3; Exercise 30 a), b), c) from section 1.5;

Exercise 52 a) from section 1.6; Exercise 8 from section 2.1; Exercises 24 and 40 from section 2.6; Exercise 24 from

Section 2.7. THE DUE DATE IS OCTOBER 3, 2009.

HOMEWORK 2 consists of: Exercise 22 from section 3.1; Exercise 44 (find only f ‘and f ”) from section 3.1;

Exercises 22, 44 from section 3.2; Exercise 38 a) from section 3.2;

Exercises 14, 22 from section 3.3; Exercises 34 and 40 from section 3.4. THE DUE DATE IS OCTOBER 17, 2009.

Solutions Homework 1

Lectures 2-3-4

Review test 1 (more hints)

Solutions of test 1

Homework 3 consists of: Exercise 14 from section 3.5; Exercise 24 from section 3.6; Exercise 18 from section 3.7

Exercise 36 from section 3.7; Exercise 14 from section 3.9 (verify ONLY the linear approximation, so don’t do the error part); Exercise 4 from section 4.1; Exercise 52 from section 4.2. The DUE Date is: SAT OCTOBER 31, 2009. Good luck!

Please do not forget about the due date of assignment 2!

Lecture OCT 17 2009

Solutions Homework 2

Assignment 4 consists of exercises # 40 and # 36 from section 4.3; exercises # 24, # 46, # 38, # 28 from section 4.5. Due date is NOV 7, 2009.

Solutions assignment 3

 

Assignment 5 consists of Exercise 40 from section 4.6; Modified exercises 8 from section 4.7 as follows: use the initial approximation -1.1

Exercises 26, 32 from section 4.8; and Exercise 10 from section 5.2. Due date: November 21, 2009.

Solutions assign 4

Test 2 solutions

Assignment 6 consists of:

Exercise # 38 of section 5.2;

Exercises # 26, # 16 of section 5.3;

Exercise # 14 of section 5.4;

Exercises # 26, # 46 of section 5.5;

Exercises # 14, # 20 of section 5.6.

Due date: December 5, 2009 in class at 9:00 am!

Lecture for Frank! (updated)

Solution of assign 5

Solutions of assign 6