A capacitor of capacitance 1microF can withstand a maximum voltage 10V while a capacitor of capacitance 5microF can withstand the maximum voltage 20V if the two capacitors are connected in parallel then the two capacitors combination can take up the maximum voltage of 1.10V 2.20V 3.30V 4.20/3 V

Open in App

Solution

Suggest Corrections

Similar questions

Q. A capacitor of capacitance

4 μ F

can withstand a maximum voltage of

10 V

. Another capacitor of capacitance

3 μ F

can withstand a maximum voltage of

8 V

. If the capacitors are connected in parallel, the combination can withstand a maximum voltage of

Q. A capacitor of capacitance

2 μ F

can withstand a maximum voltage of

10 kV

. Another capacitor of capacitance

5 μ F

can withstand a maximum voltage of

7 kV

. If the capacitors are connected in series, the combination can withstand a maximum voltage of

Q. A capacitor of capacitance

1 μ F

withstands a maximum voltage of

6 k V

, while another capacitor of capacitance

2 μ F

, the maximum voltage

4 k V

. If they are connected in series, the combination can withstand a maximum of

A capacitor of capacitance $C_{1} = 1.0 μ F$ can with stand a maximum voltage $V_{1} = 6.0 k V$ . Anothercapacitor of capacitance $C_{2} = 2.0 μ F$ can withstand a maximum voltage $V_{2} = 4.0 k V .$ If the capacitors are connected in series, the combination can withstand a maximum voltage of

Q. A capacitor of capacitance

C_{1} = 1.0 μ F

withstand a maximum voltage

E_{1} = 6.0 kV

while a capacitor of capacitance

C_{2} = 2.0 μ F

can withstand the maximum voltage

E_{2} = 4.0 kV

. For what voltage will the system of these two capacitors with stand , if they both are connected in series ?

Join BYJU'S Learning Program