The rectilinear motion of a particular is defined by the displacement time equationx = x0[2e−kt−e−2kt]Where x0 is the initial displacement, K is a constant. What will be the maximum velocity of the particle?

The rectilinear motion of a particular is defined by the displacement

1.	The rectilinear motion of a particular is defined by the displacement time equationx = x0[2e−kt−e−2kt]Where x0 is the initial displacement, K is a constant. What will be the maximum velocity of the particle?
Answer» The rectilinear motion of a particular is defined by the displacement time equation x = $x_{0} [2 e^{- k t} - e - 2 k t]$ Where $x_{0}$ is the initial displacement, K is a constant. What will be the maximum velocity of the particle?

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The rectilinear motion of a particular is defined by the displacement time equationx = x0[2e−kt−e−2kt]Where x0 is the initial displacement, K is a constant. What will be the maximum velocity of the particle?

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