Unformatted text preview: for the car to go from a complete stop to its original cruising speed? Express your answer tz in terms of vo and ao. DRAW A BOX AROUND YOUR ANSWER. /tt1.(b Ordut 4I (1 ,)= 4Ju = Qu 1, / A A'to €;. T" h a(€ {r?d, (C) The train does not stop at the stoplight. How far behind the train is the car when the car reaches its original cruising speed again? Fxpress the separation distance in terms of ao and vo. Your answer shoufd be positive. DRAW A BOX AROUND YOUR ANSWER. VrVo rtW oF Vecrrlnt Fcc; Vb trr(r) = KCTrLrttu) 5 l/o Vu /^ 1. 4o t TVu' Qo rtWft il: Th.ru (rLi4r,6 ts F L^&t l/ r 4 /r t tvv = u* 6u ( ( Uvl ;l {c, /,? K"= GTqL TVuL 7 u6 lL' Tr vu' ;, I Y cnn' K \./ # (\I {Ltlt*...
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This note was uploaded on 06/04/2010 for the course PHYS 180 taught by Professor Farley during the Spring '10 term at University of Nevada, Las Vegas.
 Spring '10
 Farley
 Physics, Light

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