What is the furthest distance of the mass from its equilibrium point? Calculus homework help

A mass is oscillating on the end of a spring. The distance, $y$ , of the mass from its equilibrium point is given by the formula

$y=2 z cos (10 pi w t)$

where
$y$ is in centimeters,
$t$ is time in seconds, and
$z$ and
$w$ are positive constants.

(a) What is the furthest distance of the mass from its equilibrium point?
distance = cm

(b) How many oscillations are completed in 1 second?
number of oscillations =

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