15. Write down your observation by completing the following sentences: a. When the AC power voltage is at its through (m

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15. Write down your observation by completing the following
sentences:
a. When the AC power voltage is at its through (most negative
value) of the sinusoidal wave, the voltage meter is defected to its
(Left, Right, none) and its magnitude is at this (maximum, between
maximum and 0, 0).
b. As the AC power voltage increase from the trough towards
equilibrium in the sinusoidal wave, the voltage meter is deflected
to its (Left, Right, none) and its magnitude is at this (maximum,
between maximum and 0, 0).
c. As the AC power voltage increase to its equilibrium value in
the sinusoidal wave, the voltage meter is deflected to its (Left,
Right, none) and its magnitude is at this (maximum, between maximum
and 0, 0).
d. As the AC power voltage increase from equilibrium towards its
peak in the sinusoidal wave, the voltage meter is defected to its
(Left, Right, none) and its magnitude is at this (maximum, between
maximum and 0, 0)
. e. As the AC power voltage increase to its peaks value in the
sinusoidal wave, the voltage meter is deflected to its (Left,
Right, none) and its magnitude is at this (maximum, between maximum
and 0, 0)
. f. As the AC power voltage decrease from peak towards
equilibrium in the sinusoidal wave, the voltage meter is deflected
to its (Left, Right) and its magnitude is at this (maximum, between
maximum and 0, 0).
g. As the AC power voltage decrease from its equilibrium towards
its valley in the sinusoidal wave, the voltage meter is deflected
to its (Left, Right, none) and its magnitude is at this (maximum,
between maximum and 0, 0).