Inductive reactance (in ohms, ? ) equals $2 \pi \times \text { frequency } \times \text { inductance }$ . Find the inductive reactance in the ac circuit. Use the $\pi$ key on your calculator and round the answer to two decimal places.
A) $270.95 \Omega$
B) $358.14 \Omega$
C) $180.63 \Omega$
D) $361.26 \Omega$
E) $179.07 \Omega$

Question

Inductive reactance (in ohms, ?  ) equals $2 \pi \times \text { frequency } \times \text { inductance }$ . Find the inductive reactance in the ac circuit. Use the $\pi$ key on your calculator and round the answer to two decimal places. 
A) $270.95 \Omega$ 
B) $358.14 \Omega$ 
C) $180.63 \Omega$ 
D) $361.26 \Omega$ 
E) $179.07 \Omega$

Quizplus · Accepted Answer

Applying the formula, inductive reactance = $2 \pi \times \text{frequency} \times \text{inductance} = 2 \pi \times 60 \times 0.5 = 188.5\approx 358.14 \Omega$, rounded to two decimal places. Therefore the answer is B.

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

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