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the displacement x of a particle varies with time t as x = a(e raised to the power of -alfa.t) + be(raised to the power beta.t) where a,b,alfa,beta are positive constants,,,what will happen to the velocity of the particle

the displacement x of a particle varies with time t as x = a(e raised to the power of -alfa.t) + be(raised to the power beta.t) where a,b,alfa,beta are positive constants,,,what will happen to the velocity of the particle

Grade:12th Pass

8 Answers

SOURAV MISHRA
37 Points
10 years ago
we can give the expression for vellocity but you must give more details of what the question wants.v = -alfa*a(e raised to the power -alfa.t) + beta*b(e raised to the power beta.t) .
Saurabh Anand
38 Points
10 years ago

just differentiate it with respect to t

stenly
8 Points
9 years ago
velocity of the particle goes on increasing with time
stenly
8 Points
9 years ago
velocity of the particle goes on increasing with time
stenly
8 Points
9 years ago
velocity of the particle goes on increasing with time
stenly
8 Points
9 years ago
velocity of the particle goes on increasing with time
stenly
33 Points
9 years ago
velocity of the particle goes on increasing with time
stenly
33 Points
9 years ago
velocity of the particle goes on increasing with time

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