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ARIHANT-CURRENT ELECTRICITY-Current Electricity
- In the circuit shown in the figure R(1) =3 Omega,R(2) = 2 Omega and R(...
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- Find the equivalent resistance between point a and b in the network sh...
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- In the circuit shown in the figure, the potential difference between p...
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- An infinite network of resistances has been made as shown in the figur...
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- Find equivalent resistance between points A and B in the figure. Each ...
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- A fuse F(1) is connected across a source of variable voltage and the v...
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- In the circuit shown in the figure. find I(1) and I(2).
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- In the network shown calculate current through the cell (I1) and the c...
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- In the circuit shown, R=2 Omega and V = 20 volt. With switch S open th...
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- The box shown in the figure has a device which ensures that I(C) = 0.9...
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- In the circuit shown in figure find the equivalent resistance across p...
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- Find the percentage change in power supplied by the cell after the swi...
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- A and B are two identical bulbs of 40 W connected to a V = 12 volt cel...
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- Find equivalent resistance between points A and B in the circuit shown...
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- Find current through the cell and potential difference between A and D...
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- Eight identical 1 volt cells are connected to make a ring as shown in ...
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- A battery of 120 V and internal resistance r = 0.5 Omega is used to ch...
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- A voltmeter of resistance R(V) and an ammeter of resistance R(A) are c...
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- In the circuit shown in the figure, cell is ideal and R(2) = 100 Omega...
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- In the circuit shown, an ideal cell of emf E is connected in series to...
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