Question

6. The displacement, y(m), of a body in damped oscillation is y = 2e^{-t} sin 3t. The task is to use the Product Rule to find an equation for the velocity of the object if v = frac{dy}{dt}. 7. The velocity of a moving vehicle is given by the equation v = (2t + 3)^4 The task is to use the Chain Rule to determine an equation for the acceleration when a = frac{dv}{dt}

          6. The displacement, y(m), of a body in damped oscillation is y = 2e^{-t} sin 3t.
The task is to use the Product Rule to find an equation for the velocity of the object if v = frac{dy}{dt}.

7. The velocity of a moving vehicle is given by the equation v = (2t + 3)^4
The task is to use the Chain Rule to determine an equation for the acceleration when a = frac{dv}{dt}

$6. The displacement, y(m), of a body in damped oscillation is y = 2e^-t sin 3t. The task is to use the Product Rule to find an equation for the velocity of the object if v = fracdydt. 7. The velocity of a moving vehicle is given by the equation v = (2t + 3)^4 The task is to use the Chain Rule to determine an equation for the acceleration when a = fracdvdt$

Added by Cristian C.

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