If displacement of a particle as a function of velocityis given by x =

1.	If displacement of a particle as a function of velocityis given by x = 2-v (k is a positive constant) thenvelocity of the particle as a function of time I will be(given its position is zero at t = 0)(1) v2 v = 2e(3) v = 1 - et (4) v = 2(1-
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If displacement of a particle as a function of velocityis given by x = 2-v (k is a positive constant) thenvelocity of the particle as a function of time I will be(given its position is zero at t = 0)(1) v2 v = 2e(3) v = 1 - et (4) v = 2(1-

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HI good NIGHT out with a few MINUTES to any other way around the WORLD

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If displacement of a particle as a function of velocityis given by x = 2-v (k is a positive constant) thenvelocity of the particle as a function of time I will be(given its position is zero at t = 0)(1) v2 v = 2e(3) v = 1 - et (4) v = 2(1-​

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If displacement of a particle as a function of velocityis given by x = 2-v (k is a positive constant) thenvelocity of the particle as a function of time I will be(given its position is zero at t = 0)(1) v2 v = 2e(3) v = 1 - et (4) v = 2(1-