Capacitance is best described as the-Rate of flow of chargeCharge per unit of electric potential differenceEnergy per unit chargeChange in electric potential per unit lengthElectric potential difference per unit of electric current

Question

Toppr Admin · Accepted Answer

Capacitance is defined as the charge stored in the capacitor per unit electric potential difference applied across it-x2234- Capacitance -xA0- -xA0- -xA0- C-QV

$(a)$ Current density	$(p)$ is more at $1$
$(b)$ Electric field	$(q)$ is more at $2$
$(c)$ Resistance per unit length	$(r)$ is same at both sections $1$ and $2$
$(d)$ Potential difference per unit length	$(s)$ Data insufficient

Capacitance is best described as the:
Rate of flow of charge
Charge per unit of electric potential difference
Energy per unit charge
Change in electric potential per unit length
Electric potential difference per unit of electric current

Capacitance is defined as the charge stored in the capacitor per unit electric potential difference applied across it.
$∴$ Capacitance $C = \frac{Q}{V}$

Capacitance is best described as the:Rate of flow of chargeCharge per unit of electric potential differenceEnergy per unit chargeChange in electric potential per unit lengthElectric potential difference per unit of electric current

Capacitance is defined as the charge stored in the capacitor per unit electric potential difference applied across it.∴ Capacitance C=QV

Capacitance is best described as the:
Rate of flow of charge
Charge per unit of electric potential difference
Energy per unit charge
Change in electric potential per unit length
Electric potential difference per unit of electric current

Capacitance is defined as the charge stored in the capacitor per unit electric potential difference applied across it.
$∴$ Capacitance $C = \frac{Q}{V}$