Section 4.2-problems

# Section 4.2-problems - Theorem(MVT on the interval-1 2 IF...

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troyer (lmt836) – Section 4.2 – isaacson – (55826) 1 This print-out should have 4 questions. Multiple-choice questions may continue on the next column or page – fnd all choices beFore answering. 001 10.0 points How many real roots does the equation x 5 + 2 x + 6 = 0 have? 1. exactly one real root 2. no real roots 3. exactly three real roots 4. exactly two real roots 5. exactly Four real roots 002 10.0 points IF f is di±erentiable on ( - 2 , 2) and f ( x ) 5 , - 2 < x < 2 , fnd the largest value oF M so that the in- equality f (1) M holds For all f such that f ( - 1) = 6. 1. M = 20 2. M = 17 3. M = 16 4. M = 19 5. no such M exists 6. M = 18 003 10.0 points Determine iF the Function f ( x ) = x 3 - x - 3 satisfes the hypotheses oF the Mean Value
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Unformatted text preview: Theorem (MVT) on the interval [-1 , 2]. IF it does, fnd all possible values oF c satis-Fying the conclusion oF the MVT. 1. c = 0 2. c =-1 2 3. c = 1 4. hypotheses not satisfed 5. c = 1 2 004 10.0 points Determine iF the Function f ( x ) = x-3 x + 2 satisfes the hypotheses oF the Mean Value Theorem (MVT) on the interval [-1 , 2]. IF it does, fnd all possible values oF c satis-Fying the conclusion oF the MVT. 1. c = 0 , 1 2. c = 0 3. c =-4 , 4. c = 1 , 5 5. c = 1 6. hypotheses are not satisfed 7. c = 1 , 4...
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## This note was uploaded on 06/14/2011 for the course MATH 305G taught by Professor Cathy during the Spring '11 term at University of Texas.

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