Question

Capacitance of a conductor is 1muF. What charge is required to raise its potential to 100 V?

Answer 1

Answer:

Charge (Q) = CV = 1muF x 10^2 v

Q = 10^-4C

Answer 2

Charge required =  $10^-^4$ C.

Given:

Capacitance of a conductor is 1muF.

Potential difference 100 V.

To find:

Charge is required to raise its potential to 100 V

Formula used:

Q = CV

where, Q = Charge

           C= Capacitance of a conductor

           V = Potential difference

Explanation:

From the formula

    Q = CV

Capacitance of a conductor is 1muF = 1 × $10^-^6$ F

Potential difference 100 V

       Q = CV

          = 1 × $10^-^6$ × 100

          = $10^-^4$ C.

Charge required =  $10^-^4$ C.

To learn more....

1)How can we increase the capacitance of a capacitor?

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2)Finnd the value of the capacitance of a capacitor that requires 0.5 coulomb to charge it to 25 volt

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