Inductive reactance (in ohms, $\Omega$ ) equals $2 \pi \times \text { frequency } \times \text { inductance }$ . Find the inductive reactance in the ac circuit shown in the figure. Use the $\pi$ key on your calculator and round the answer to three significant digits. __________ Ω

Question

Inductive reactance (in ohms, $\Omega$ ) equals $2 \pi \times \text { frequency } \times \text { inductance }$ . Find the inductive reactance in the ac circuit shown in the figure. Use the $\pi$ key on your calculator and round the answer to three significant digits.  __________ Ω

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The Answer of Inductive reactance (in ohms, $\Omega$ ) equals $2 \pi \times \text { frequency } \times \text { inductance }$ . Find the inductive reactance in the ac circuit shown in the figure. Use the $\pi$ key on your calculator and round the answer to three significant digits.  __________ Ω

Inductive Reactance (In Ohms Ω\OmegaΩ ) Equals 2π× frequency × inductance 2 \pi \times \text { frequency } \times \text { inductance }2π× frequency × inductance

Inductive Reactance (In Ohms $\Omega$ ) Equals $2 \pi \times \text { frequency } \times \text { inductance }$