By using inductive reactance, the current is 0.93 A.
We need to know about inductive reactance to solve this problem. The inductive reactance is the internal resistance in the inductor caused by changing current. It can be described as
XL = ω . L
where XL is inductive reactance, ω is angular speed and L is inductance.
The angular speed can be determined by
ω = 2π . f
where f is frequency.
From the question above, we know that
f = 100 Hz
L = 16 mH = 16 x 10¯³ H
V = 9.4 V
By substituting the given parameters, we get
XL = ω . L
XL = 2π . f . L
XL = 2π . 100 . 16 x 10¯³
XL = 10.06 Ω
Find the peak current
V = I . XL
9.4 = I . 10.06
I = 0.93 A
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