Quiz2num2soln

Quiz2num2soln - 1 Find the limi’q ‘ ‘ 1 $14 811i tang...

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Unformatted text preview: 1. Find the limi’q ‘ ‘ 1. . $14 811i tang.) __ 2860(3)) Sincfl X22; S}y)/)();O //'m C05()(‘: I x—yo \ ‘ i + 2 M9.— 3 ‘ J“ 3‘ Cmbq 60$ l 56106“ ( S/X) we [MM/t ’I‘m +01 (,3 - 9" " O an n v I I 2. Find parametric equations and a parameter interval for the motion of a particle that starts at (a,0) and traces the ellipse (xz/a2) + (y2 / b2) = 1. a. once clockwise. b. once counterclockwise c. twice clockwise d. twice counterclockwise at) x ac0$(fl 7;‘6$7[A b) x: ULCOSCL) ° a yc'bsln(t\~ " c) x; smog/Z73 7”, ~65ln/Zt) >( = aLo9/ZD 7 a -b 51‘?» (2’5) \ m‘ 0L), cages ~ oétéZ’n’ 3. Use logarithmic differentiation to find the derivative of y with repect to the given independent variable. Inn: \y == (111$) y 1 “\AIM’ \ a we aim + w ax " myflLtrious ‘NFIW’VC 3 1Corce we : yew/m] + e 517’ a influx] 4‘} ¢)>( ‘ X y 4. Find the deivative of y with respect to the appro- priate variable. y = sin—1(1 — t) 1/ 1&1 _:L__._, 2% ~38 ...
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This note was uploaded on 10/07/2008 for the course MATH 21A taught by Professor Osserman during the Spring '07 term at UC Davis.

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Quiz2num2soln - 1 Find the limi’q ‘ ‘ 1 $14 811i tang...

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