The displacement x(t) of a particle from its equilibrium position is described by the equation x = A cos(@t+Q), where A, w and o are constants. Find the velocity and acceleration of the particle at timet

The displacement x(t) of a particle from its equilibrium position is d

1.	The displacement x(t) of a particle from its equilibrium position is described by the equation x = A cos(@t+Q), where A, w and o are constants. Find the velocity and acceleration of the particle at timet
Answer» ONG>ANSWER: SOLUTION is attached as Photo. looks like a Simoke Harmonic MOTION.

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The displacement x(t) of a particle from its equilibrium position is described by the equation x = A cos(@t+Q), where A, w and o are constants. Find the velocity and acceleration of the particle at timet​

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The displacement x(t) of a particle from its equilibrium position is described by the equation x = A cos(@t+Q), where A, w and o are constants. Find the velocity and acceleration of the particle at timet