A mass attached to a spring moves horizontally on a frictionless track. Its velocity at time $t$ is given by $x=-5.6 \sin (8 t)$. What is the maximum velocity that the mass will achieve? The displacement is measured in meters and the time is measured in seconds.

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The Answer of A mass attached to a spring moves horizontally on a frictionless track. Its velocity at time $t$ is given by $x=-5.6 \sin (8 t)$. What is the maximum velocity that the mass will achieve? The displacement is measured in meters and the time is measured in seconds.

A Mass Attached to a Spring Moves Horizontally on a Frictionless