A) Relating voltage, current, and resistance B) Determining voltage sources C) Measuring power loss D) Predicting circuit stability
A) Resistor B) Diode C) Voltage source D) Transistor
A) Complex circuit B) Series circuit C) Combination circuit D) Parallel circuit
A) Sum of individual resistances B) Average of individual resistances C) Product of individual resistances D) Difference of individual resistances
A) Ohm's Law B) Kirchhoff's Voltage Law C) Kirchhoff's Current Law D) Faraday's Law
A) 90 degrees out of phase B) Opposite direction C) 180 degrees out of phase D) In phase
A) To filter noise in the circuit B) To measure circuit impedance C) To amplify electrical signals D) To simplify a complex circuit for analysis
A) Voltage drop across a component B) Power dissipation in the circuit C) Total opposition to current flow D) Resistance-only behavior
A) Transistor B) Capacitor C) Inductor D) Resistor
A) Square root of resistance times capacitance B) Product of resistance and capacitance C) Ratio of resistance to capacitance D) Sum of resistance and capacitance
A) Generates magnetic fields B) Stores electrical charge C) Amplifies signals D) Allows current flow in one direction
A) AC circuit analysis B) Transient circuit analysis C) Digital circuit analysis D) DC circuit analysis
A) Ampere B) Volt C) Watt D) Ohm
A) Unstable behavior B) Peak response at a specific frequency C) High impedance at all frequencies D) Low impedance at all frequencies
A) Lower total current B) Higher total resistance C) Different paths for current flow D) Same voltage drop
A) Ohm's Law B) Kirchhoff's Current Law C) Lenz's Law D) Kirchhoff's Voltage Law
A) To convert a noisy input into a clean digital output B) To generate alternate waveforms C) To amplify low-level signals D) To filter out high-frequency noise
A) A circuit with high resistance B) A simplified representation of a complex circuit C) A random circuit configuration D) A circuit with multiple power sources
A) Joule B) Ohm C) Volt D) Ampere
A) Zero B) Infinity C) 1 volt D) Depends on the current
A) Ampere B) Coulomb C) Ohm D) Volt
A) Watt B) Ohm C) Ampere D) Volt
A) Inductor B) Transistor C) Resistor D) Capacitor
A) Wattmeter B) Ohmmeter C) Ammeter D) Voltmeter
A) Zener diode B) Potentiometer C) Transistor D) LED
A) Decreases B) Varies randomly C) Increases D) Remains constant
A) Capacitor B) Fuse C) Resistor D) Switch |