Inductive Reactance Calculator

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_{ }**X**_{L} = 2 $\pi$ fL

Where f is the frequency in Hz,

**Step 1 :**

**Step 2 :**

Inductive reactance x_{L} is the property of an ac circuit which opposes the change in current. Consider the circuit

Reactance is given as

Reactance is given as

Where f is the frequency in Hz,

L is the inductance in Henry,

X_{L }is the inductive reactance in $\Omega$

Inductive reactance Calculator is a online tool to calculate the value of the inductive reactance X_{L}. You just have to enter the frequency (f), inductance (L) to get the inductive reactance. You can also get other quantities if you have atleast 2 known quantities among these.

Read the given problem and observe the quantities given

To find the inductive reactance use the formula

X_{L} = 2 $\pi$ fL

Substitute the values in above formula and get the answer.

A solenoid carries a signal of frequency 100 Hz and an inductance of 1 Henry. Calculate the reactance of inductance.

**Step 1 :**Given: Frequency f = 100 $\Omega$, inductance L = 1 Henry

**Step 2 :**The inductive reactance is given by

X_{L}= 2 $\pi$ fL

= 2 $\times$ $\pi$ $\times$ 100 $\Omega$ $\times$ 1 H

= 200 $\Omega$.**Answer :**The inductance reactance x

_{L}= 200 $\Omega$.An inductance coil has frequency 1000 Hz. Calculate its inductive reactance if the inductance value is 100 $\Omega$.

**Step 1 :**Given: Frequency f = 1000 Hz, inductive reactance x

_{L}= 100 $\Omega$**Step 2 :**The inductive reactance is given by

XL = 2 $\pi$ fL

Inductance L = $\frac{X_L}{2 \pi f}$

= $\frac{100}{2 \pi 1000}$

= 0.05 Henry.**Answer :**The inductance L = 0.05 Henry.