Exam 2 - 2016 Solutionspeople.math.umass.edu/~jyu/teaching/2017_fall/Exam 2 - 2016... · #3. For...

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Transcript of Exam 2 - 2016 Solutionspeople.math.umass.edu/~jyu/teaching/2017_fall/Exam 2 - 2016... · #3. For...

Page 1: Exam 2 - 2016 Solutionspeople.math.umass.edu/~jyu/teaching/2017_fall/Exam 2 - 2016... · #3. For all parts of this problem, let f(x) and g(c) be the functions whose graphs y = and
Page 2: Exam 2 - 2016 Solutionspeople.math.umass.edu/~jyu/teaching/2017_fall/Exam 2 - 2016... · #3. For all parts of this problem, let f(x) and g(c) be the functions whose graphs y = and
Page 3: Exam 2 - 2016 Solutionspeople.math.umass.edu/~jyu/teaching/2017_fall/Exam 2 - 2016... · #3. For all parts of this problem, let f(x) and g(c) be the functions whose graphs y = and
Page 4: Exam 2 - 2016 Solutionspeople.math.umass.edu/~jyu/teaching/2017_fall/Exam 2 - 2016... · #3. For all parts of this problem, let f(x) and g(c) be the functions whose graphs y = and
Page 5: Exam 2 - 2016 Solutionspeople.math.umass.edu/~jyu/teaching/2017_fall/Exam 2 - 2016... · #3. For all parts of this problem, let f(x) and g(c) be the functions whose graphs y = and
Page 6: Exam 2 - 2016 Solutionspeople.math.umass.edu/~jyu/teaching/2017_fall/Exam 2 - 2016... · #3. For all parts of this problem, let f(x) and g(c) be the functions whose graphs y = and
Page 7: Exam 2 - 2016 Solutionspeople.math.umass.edu/~jyu/teaching/2017_fall/Exam 2 - 2016... · #3. For all parts of this problem, let f(x) and g(c) be the functions whose graphs y = and
Page 8: Exam 2 - 2016 Solutionspeople.math.umass.edu/~jyu/teaching/2017_fall/Exam 2 - 2016... · #3. For all parts of this problem, let f(x) and g(c) be the functions whose graphs y = and
Page 9: Exam 2 - 2016 Solutionspeople.math.umass.edu/~jyu/teaching/2017_fall/Exam 2 - 2016... · #3. For all parts of this problem, let f(x) and g(c) be the functions whose graphs y = and
Page 10: Exam 2 - 2016 Solutionspeople.math.umass.edu/~jyu/teaching/2017_fall/Exam 2 - 2016... · #3. For all parts of this problem, let f(x) and g(c) be the functions whose graphs y = and