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Unformatted text preview: 8.78 10 11 m/s 2 ). Thus, Eq. 421 gives t = x v o cos 40 = 3.00 m 1.53 x 10 7 m/s = 1.96 10 6 s. This leads (using Eq. 423) to v y = v o sin 40 a t = 4.34 10 5 m/s . Since the x component of velocity does not change, then the final velocity is v = (1.53 10 6 m/s) i ^ (4.34 10 5 m/s) j ^ ....
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 Fall '10
 Rebello,NobelS
 Charge, Acceleration

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