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A cell of emf 2 V and internal resistanc...

A cell of emf 2 V and internal resistance `1Omega` has its terminals joined by resistanecs of 5 and `10Omega` in paralle. Using kirchhoff's laws, find the current through the cell and the current drawn through each resistance.

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The correct Answer is:
`(6)/(13)A,(4)/(13)A,(2)/(13)A`
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SL ARORA-ELECTRICAL INSTRUMENTS-Problem for self practice
  1. A cell of emf 2 V and internal resistance 1Omega has its terminals joi...

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  2. Shown n batteries connected to form a circuit. The resistances donote ...

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  3. Two cells of emfs 1.5 V and 2.0V internall resistance 1 Omega and 2 Om...

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  4. Calculate the potential difference across the 2k Omega resistor in the...

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  5. A network of resistors is connected to a battery of negligible interna...

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  6. Calculate (i) current in the 6Omega resistor, (ii) terminal voltage ac...

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  7. Three cells are connected in parallel with their like poles connected ...

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  8. In the network shown in figure. (i) calculate the current of the 6V ba...

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  9. In the network shown in figure. Find (i) the currents I(1),I(2) and I(...

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  10. Calculate the potential difference between the junctions B and D in th...

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  11. For the network shown in the figure, the value of the current i is

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  12. What does the ammeter A read in the circuit shown in figure? What if t...

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  13. In the circuit shown in figure. Determine the current in the resistanc...

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  14. calculate the current flowing in each of the resistances of the networ...

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  15. Compute the values of i(1),i(2),i(3) and V in the circuit, shown in fi...

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  16. A certain length of a uniform wire of resistance 12Omega is bent into ...

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  17. find the emf (epsi(0)) and internal resistance (r(0)) if a battery whi...

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  18. In figure. ABCDA is a uniform circular wire of resistance 2Omega,AOC a...

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  19. Three batteries of emf 4,5 and 6V and internal resistances 1,2 and 3Om...

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  20. One ampere of current enters the junction A of a wheatstone bridge ABC...

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