Homework Assignments - Advanced Calculus I | MAT 371, Exams of Advanced Calculus

Material Type: Exam; Class: Advanced Calculus I; Subject: Mathematics; University: Arizona State University - Tempe; Term: Spring 2004;

Typology: Exams

Pre 2010

Uploaded on 09/02/2009

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Spielberg MAT 371 SPRING 2004
HOMEWORK ASSIGNMENTS
Week 6
Read sections 3.3 (skip 3.19, 3.20, 3.23 and following), 3.4 (skip 3.29, 3.30)
Problems, due Wednesday, 3/3:
3.1 # 29, 35b
(In 3.1 # 29, the wording may seem ambiguous. You can replace it with the
following: Suppose that fhas both one-sided limits at each point of [a, b]. Prove
that fis bounded on [a, b].)
3.2 # 4, 16
Let IRbe an interval, and let f,g:IRbe continuous functions. For
xIlet h(x) = maxf(x), g(x). Prove that his continuous on I.
3.3 # 7
Week 7
Read sections 4.1-2
Problems, due Friday, 3/12:
3.3 # 15, 22
Let f:RRbe continuous. Prove the impossibility of the statement: for every
point cin the range of f, the equation f(x) = chas exactly two solutions.
3.4 # 2d, 3, 8 (In problem 8, do not use theorems 3.29 or 3.30.)
Test 2 will be given in class on Monday, 3/8. (Note that this is a change from the date
originally given in the syllabus.) It will cover chapter 2 and chapter 3, sections 1-2.

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Spielberg MAT 371 SPRING 2004

HOMEWORK ASSIGNMENTS

Week 6 Read sections 3.3 (skip 3.19, 3.20, 3.23 and following), 3.4 (skip 3.29, 3.30) Problems, due Wednesday, 3/3:

  • 3.1 # 29, 35b (In 3.1 # 29, the wording may seem ambiguous. You can replace it with the following: Suppose that f has both one-sided limits at each point of [a, b]. Prove that f is bounded on [a, b].)
  • 3.2 # 4, 16
  • Let I ⊆ R be an interval, and let f , g : I → R be continuous functions. For x ∈ I let h(x) = max

f (x), g(x)

. Prove that h is continuous on I.

  • 3.3 # 7

Week 7 Read sections 4.1- Problems, due Friday, 3/12:

  • 3.3 # 15, 22
  • Let f : R → R be continuous. Prove the impossibility of the statement: for every point c in the range of f , the equation f (x) = c has exactly two solutions.
  • 3.4 # 2d, 3, 8 (In problem 8, do not use theorems 3.29 or 3.30.)

Test 2 will be given in class on Monday, 3/8. (Note that this is a change from the date originally given in the syllabus.) It will cover chapter 2 and chapter 3, sections 1-2.