Unformatted text preview: cv. Solve this dierential equation to nd the velocity at time t . This is a linear dierential equation when written in the form dv dt + c m v = g. The integration factor is I ( t ) = exp( Z c m dt ) = e ct/m . Thus the general solution is v ( t ) = 1 I ( t ) Z I ( t ) g dt = ect/m gm c e ct/m + K = gm c + Kect/m where K is an arbitrary constant....
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 Spring '08
 DORAIS
 Math, Calculus, Derivative, Mass, ect/m gm ct/m

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