# Distribution of Voltage Accross Capacitors in Series mcq

Capacitors C1, C2, and C3 are connected in series. If the voltage across C1 is 10V, what is the voltage across C2?
a) 10V
b) 20V
c) 30V
d) It cannot be determined

In a series combination of capacitors, the total voltage across the combination is equal to:
a) The sum of the voltages across each capacitor
b) The voltage across the first capacitor
c) The voltage across the last capacitor
d) The average of the voltages across all capacitors
Answer: a) The sum of the voltages across each capacitor

Capacitors C1, C2, and C3 are connected in series. If the voltage across C2 is 15V, what is the voltage across C3?
a) 5V
b) 10V
c) 15V
d) It cannot be determined

In a series combination of capacitors, if the voltage across one capacitor is halved, what happens to the total voltage across the combination?
a) It doubles
b) It halves
c) It remains the same
d) It becomes zero

Capacitors C1, C2, and C3 are connected in series. If the voltage across the combination is 20V and the voltage across C2 is 8V, what is the voltage across C1?
a) 4V
b) 8V
c) 12V
d) It cannot be determined

In a series combination of capacitors, if the voltage across the combination is tripled, what happens to the voltage across each capacitor?
a) It triples
b) It doubles
c) It halves
d) It remains the same
Answer: d) It remains the same

Capacitors C1, C2, and C3 are connected in series. If the voltage across C3 is 25V and the voltage across C1 is 15V, what is the voltage across C2?
a) 5V
b) 10V
c) 15V
d) 25V

In a series combination of capacitors, if the voltage across one capacitor is doubled, what happens to the total voltage across the combination?
a) It doubles
b) It halves
c) It remains the same
d) It becomes zero

Capacitors C1, C2, and C3 are connected in series. If the voltage across the combination is 30V and the voltage across C2 is 12V, what is the voltage across C3?
a) 6V
b) 9V
c) 12V
d) 18V

In a series combination of capacitors, if the voltage across one capacitor is reduced to zero, what happens to the total voltage across the combination?
a) It doubles
b) It halves
c) It remains the same
d) It becomes zero

Capacitors C1, C2, and C3 are connected in series. If the voltage across C3 is 20V and the voltage across C2 is 8V, what is the voltage across C1?
a) 4V
b) 8V
c) 12V
d) 16V

In a series combination of capacitors, if the voltage across one capacitor is tripled, what happens to the total voltage across the combination?
a) It triples
b) It doubles
c) It halves
d) It remains the same

Capacitors C1, C2, and C3 are connected in series. If the voltage across C2 is 15V and the voltage across C3 is 10V, what is the voltage across C1?
a) 5V
b) 10V
c) 15V
d) 25V

In a series combination of capacitors, if the voltage across the combination is halved, what happens to the voltage across each capacitor?
a) It doubles
b) It halves
c) It remains the same
d) It becomes zero

Capacitors C1, C2, and C3 are connected in series. If the voltage across C1 is 12V and the voltage across C2 is 18V, what is the voltage across C3?
a) 6V
b) 12V
c) 18V
d) 30V

In a series combination of capacitors, if the voltage across one capacitor is quadrupled, what happens to the total voltage across the combination?
a) It doubles
b) It triples
d) It remains the same

Capacitors C1, C2, and C3 are connected in series. If the voltage across C3 is 25V and the voltage across C1 is 10V, what is the voltage across C2?
a) 5V
b) 10V
c) 15V
d) 25V

In a series combination of capacitors, if the voltage across one capacitor is reduced to zero, what happens to the voltage across the other capacitors?
a) It doubles
b) It halves
c) It remains the same
d) It becomes zero
Answer: c) It remains the same

Capacitors C1, C2, and C3 are connected in series. If the voltage across the combination is 50V and the voltage across C3 is 20V, what is the voltage across C1?
a) 10V
b) 15V
c) 20V
d) 30V

In a series combination of capacitors, if the voltage across one capacitor is tripled, what happens to the voltage across the other capacitors?
a) It doubles
b) It triples
c) It halves
d) It remains the same
Answer: d) It remains the same

Capacitors C1, C2, and C3 are connected in series. If the voltage across C2 is 16V and the voltage across C3 is 12V, what is the voltage across C1?
a) 4V
b) 8V
c) 12V
d) 20V

In a series combination of capacitors, if the voltage across the combination is quadrupled, what happens to the voltage across each capacitor?
a) It doubles
b) It triples
d) It remains the same
Answer: d) It remains the same

Capacitors C1, C2, and C3 are connected in series. If the voltage across C3 is 18V and the voltage across C1 is 9V, what is the voltage across C2?
a) 3V
b) 6V
c) 9V
d) 18V

In a series combination of capacitors, if the voltage across one capacitor is increased by a factor of 4, what happens to the total voltage across the combination?
a) It doubles
b) It triples
d) It remains the same

Capacitors C1, C2, and C3 are connected in series. If the voltage across the combination is 40V and the voltage across C2 is 16V, what is the voltage across C1?
a) 8V
b) 12V
c) 16V
d) 24V

In a series combination of capacitors, if the voltage across one capacitor is reduced to zero, what happens to the voltage across the other capacitors?
a) It doubles
b) It halves
c) It remains the same
d) It becomes zero

Capacitors C1, C2, and C3 are connected in series. If the voltage across C2 is 20V and the voltage across C3 is 15V, what is the voltage across C1?
a) 5V
b) 10V
c) 15V
d) 20V

In a series combination of capacitors, if the voltage across the combination is doubled, what happens to the voltage across each capacitor?
a) It doubles
b) It halves
c) It remains the same
d) It becomes zero
Answer: c) It remains the same

Capacitors C1, C2, and C3 are connected in series. If the voltage across the combination is 60V and the voltage across C3 is 24V, what is the voltage across C1?
a) 12V
b) 18V
c) 24V
d) 36V