review1 - Version 063 Review 1 Zheng (58355) 1 This...

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Unformatted text preview: Version 063 Review 1 Zheng (58355) 1 This print-out should have 19 questions. Multiple-choice questions may continue on the next column or page find all choices before answering. 001 10.0 points When f has graph R 1 R 2 a b c express the value of I = integraldisplay c a braceleftBig 3 f ( x ) + 2 | f ( x ) | bracerightBig dx in terms of the areas A 1 = area( R 1 ) , A 2 = area( R 2 ) of the respective lighter shaded regions R 1 and R 2 . 1. I =- 5 A 1 + A 2 2. I =- A 2 3. I = 5 A 1 4. I = 5 A 1- A 2 5. I =- 5 A 1- A 2 6. I = 5 A 1 + A 2 002 10.0 points Determine F ( x ) when F ( x ) = integraldisplay x 3 8 sin t t dt . 1. F ( x ) =- 8 cos x x 2. F ( x ) =- 8 cos x x 3. F ( x ) =- 8 cos( x ) x 4. F ( x ) = 4 cos( x ) x 5. F ( x ) = 4 sin x x 6. F ( x ) = 8 sin x x 7. F ( x ) =- 4 sin( x ) x 8. F ( x ) = 4 sin( x ) x 003 10.0 points A particle moving along a straight line has velocity v ( t ) = 2 sin t- 7 cos t at time t . Find the position, s ( t ), of the particle at time t if initially s (0) = 3. (This is the mathematical model of Simple Harmonic Motion .) 1. s ( t ) = 5- 2 cos t- 7 sin t 2. s ( t ) =- 4- 2 sin t + 7 cos t 3. s ( t ) = 5- 2 cos t + 7 sin t 4. s ( t ) = 1 + 2 cos t- 7 sin t 5. s ( t ) = 10- 2 sin t- 7 cos t 6. s ( t ) = 10 + 2 sin t- 7 cos...
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This note was uploaded on 09/14/2009 for the course M 408 L taught by Professor Cepparo during the Spring '08 term at University of Texas at Austin.

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review1 - Version 063 Review 1 Zheng (58355) 1 This...

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