In a parallel circuit, E T = 240 V, R = 47 k Ω , and X L = 50 k Ω . What is the reactive power?A) 0.54 VARsB) 0.89 VARsC) 1.15 VARsD) 1.23 VARs

Question

In a parallel circuit, E T  = 240 V, R = 47 k Ω , and X L  = 50 k Ω . What is the reactive power?A)  0.54 VARsB)  0.89 VARsC)  1.15 VARsD)  1.23 VARs

Sisae Princy Ncube · Accepted Answer

Final Answer : C, Explanation :  Reactive power (Q) in a parallel circuit with inductive reactance (X L ) is calculated using the formula Q = E T ² / X L . Substituting the given values, Q = 240² / 50,000 = 1.15 VARs.

In a parallel circuit, E_T = 240 V, R = 47 k Ω , and X_L = 50 k Ω . What is the reactive power?

A) 0.54 VARs
B) 0.89 VARs
C) 1.15 VARs
D) 1.23 VARs

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Learning Objectives

Learning Objectives

Related questions

In a parallel circuit, ET = 240 V, R = 47 k Ω , and XL = 50 k Ω . What is the reactive power?A) 0.54 VARsB) 0.89 VARsC) 1.15 VARsD) 1.23 VARs

Definitions

Learning Objectives

Learning Objectives

Related questions

In a parallel circuit, E_T = 240 V, R = 47 k Ω , and X_L = 50 k Ω . What is the reactive power?

A) 0.54 VARs
B) 0.89 VARs
C) 1.15 VARs
D) 1.23 VARs