- (A) have a high voltage developed across each inductive and capacitive section
- (B) have a high impedance
- (C) act like a resistor of low value
- (D) have current in each section equal to the line current
Electrical Engineering Mcqs
- (A) reduce eddy current loss
- (B) increase heat radiation
- (C) make assembly cheap and easier
- (D) reduce circuit permeability
- (A) depends upon the magnitude of R
- (B) depends upon the magnitude of L
- (C) depends upon the magnitude of C
- (D) depends upon the magnitude of R, Land C
- (A) R only
- (B) L only
- (C) C only
- (D) LorC
- (E) R,LorC
- (A) R/C
- (B) RC2
- (C) RC
- (D) R2C
- (A) applied voltage decreases but current increases
- (B) applied voltage increases but current decreases
- (C) both applied voltage and current increase
- (D) both applied voltage and current decrease
- (A) Inductance
- (B) Capacitance
- (C) Conductance
- (D) Resistance
- (A) zero
- (B) lagging
- (C) leading
- (D) unity
- (A) 25% of maximum value
- (B) 50% of maximum value
- (C) 63% of maximum value
- (D) 90% of the maximum value
- (A) 4 mA
- (B) 9 mA
- (C) 15 mA
- (D) 25 mA
