A circuit has a resistance of 2 ohm connected in series with a capacit – McqOptions

MCQOPTIONS

1.	A circuit has a resistance of 2 ohm connected in series with a capacitance of 6F. Calculate the charging time constant.
A.	3
B.	1
C.	12
D.	8
Answer» D. 8

Discussion

No Comment Found

Related MCQs

While charging, what happens to the voltage in the capacitive circuit?
While charging, what happens to the current in the capacitive circuit?
While discharging, what happens to the voltage in the capacitive circuit?
What is the value of current in a charging capacitive circuit if the initial current is 2A at time t=RC.
The discharging time constant of a circuit consisting of a capacitor is the time taken for the charge in the capacitor to become __________ % of the initial charge.
The charging time constant of a circuit consisting of a capacitor is the time taken for the charge in the capacitor to become __________ % of the initial charge.
WHILE_CHARGING,_WHAT_HAPPENS_TO_THE_VOLTAGE_IN_THE_CAPACITIVE_CIRCUIT??$
WHILE_CHARGING,_WHAT_HAPPENS_TO_THE_CURRENT_IN_THE_CAPACITIVE_CIRCUIT??$
While discharging, what happens to the current in the capacitive circuit?
What is the value of current in a discharging capacitive circuit if the initial current is 2A at time t=RC.