In a capacitor charging unit- let Q 1 be the charge given to the capacitor in a time interval - t and Q 2 be the charge given in the next equal time inertial - t In the same unit- let charge - qbe deposited in a time interval t1 and the next equal charge - q be deposited in a time interval t2- then- A- Q 1- Q 2- t 1- t 2B- Q 1 Q 2- t 1- t 2D- Q 1- Q 2- t 1- t 2

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Charging of Capacitors

In a capacito...

Question

In a capacitor charging unit, let $Q_{1}$ be the charge given to the capacitor in a time interval $Δ t$ and $Q_{2}$ be the charge given in the next equal time inertial $Δ t$ . In the same unit, let charge $Δ q$ be deposited in a time interval $t_{1}$ and the next equal charge $Δ q$ be deposited in a time interval $t_{2}$ , then.

Q_{1} > Q_{2}, t_{1} > t_{2}

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Q_{1} < Q_{2}, t_{1} < t_{2}

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Q_{1} > Q_{2}, t_{1} < t_{2}

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Q_{1} = Q_{2}, t_{1} = t_{2}

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Solution

The correct option is C $Q_{1} > Q_{2}, t_{1} < t_{2}$
Q gets deposited as an exponential variation. Less amount of charge is deposited at later times.

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In a capacitor charging unit, let Q1 be the charge given to the capacitor in a time interval Δt and Q2 be the charge given in the next equal time inertial Δt. In the same unit, let charge Δqbe deposited in a time interval t1 and the next equal charge Δq be deposited in a time interval t2, then.

The correct option is C Q1>Q2, t1<t2Q gets deposited as an exponential variation. Less amount of charge is deposited at later times.

The correct option is C $Q_{1} > Q_{2}, t_{1} < t_{2}$
Q gets deposited as an exponential variation. Less amount of charge is deposited at later times.