Physics, asked by harshitsanhotra248, 23 hours ago

A student is working on a project as they

require to analyze and compose a circuit in which a coil having

inductance of 0.03H and resistance of 6Ω connected across 200V,

50Hz supply.

(i) Evaluate inductive reactance of the circuit.

Answers

Answered by gb375964
0

Answer:

sorry i dont know answer

Explanation:

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Answered by PoojaBurra
7

Given: A circuit in which a coil having inductance of 0.03H and resistance of 6Ω connected across 200V, 50Hz supply.

To find: The inductive reactance of the circuit.

Solution:

  • Inductive reactance of a coil represents the effective opposition of the coil to the flow of the alternating current.
  • It is given by the formula,

        X_{L} = 2\pi fL

  • Here, X_{L} is the inductive reactance, f is the frequency of the current and L is the inductance of the circuit.
  • On replacing the terms with the values given in the question, the obtained equation is,

        X_{L} = 2* \pi * 50Hz * 0.03H

              = 9.43 ohm

Therefore, the inductive reactance of the circuit is 9.43 Ω.

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