002300 KIA

Four inductance connected in parallel, what will the equivalent inductance (Lt) of the circuit be?

• Less than the smallest individual inductor in the series

• Bigger than the biggest individual inductor in the series

• Will be the same though out the circuit

• Bigger than the smallest individual inductor in the series

Refer to figure the positive or negative maximum value is known as?

• RMS value

• Peak Value

• Peak to Peak value

• Average value

What is the unit of time?

• Hertz

• Seconds

• Volts

• Amps

What is the unit of charge?

• Farad (F)

• Volts (V)

• Coulomb (C)

• Ohm (Ω)

Calculate the capacitive reactance (Xc) of the circuit in figure

• 795.78 Ω

• 1.256 Ω

• 795.78 K Ω

• 1.256 m Ω

Four capacitors connected in parallel, what will the equivalent capacitance (Ct) of the circuit be?

• Less than the smallest individual capacitance in the series

• Bigger than the biggest individual capacitance in the series

• Will be the same though out the circuit

• Bigger than the smallest individual capacitance in the series

Calculate the total capacitance (Ct) of the circuit in figure.

• 10uF

• 1uF

• 0.1uF

• 10mF

Four inductance connected in series, what will the equivalent inductance (Lt) of the circuit be?

• Less than the smallest individual inductor in the series

• Bigger than the biggest individual inductor in the series

• Will be the same though out the circuit

• Bigger than the smallest individual inductor in the series

Calculate frequency of a waveform given its Periodic Time (T) = 1 us.

• 0.1 MHz

• 1 MHz

• 1 KHz

• 0.1 KHz

Calculate the total inductance (Lt) of the circuit in fig.3.

• 8mH

• 8H

• 0.063mH

• 0.63mH