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In the circuit given below, both batteri...

In the circuit given below, both batteries are ideal. Emf `E_(1)` of battery 1 has a fixed value, but emf `E_(1)` of battery 2 can be varied between 1.0 V and 10.0 and 10.0 V. The graph gives the currents through the two batteries as a function of `E_(2)`, but are not marked as which plot corresponds to which battery. But for both ploth, current is assumed to be negative when the direction of the current through the cattery is oppositi the direction of that battery's emf. (Direction of emf is from negative to positive)

The value of emf `E_(1)` is

A

8 V

B

6 V

C

4 V

D

2 V

Text Solution

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The correct Answer is:
B
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Knowledge Check

  • In the circuit given below, both batteries are ideal. Emf E_(1) of battery 1 has a fixed value, but emf E_(1) of battery 2 can be varied between 1.0 V and 10.0 and 10.0 V. The graph gives the currents through the two batteries as a function of E_(2) , but are not marked as which plot corresponds to which battery. But for both ploth, current is assumed to be negative when the direction of the current through the cattery is oppositi the direction of that battery's emf. (Direction of emf is from negative to positive) The resistance R_(1) has value

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    `10 Omega`
    B
    `20 Omega`
    C
    `30 Omega`
    D
    `40 Omega`

  • In the circuit givenn below, both batteries are ideal. EMF E_(1) of battery 1 has a fixed value but emf E_(2) of battery 2 can be varied between 1.0 V and 10.0 V the graph gives the currents through the two batteries as a function of E_(2) , but are not marked as shown plot corresponds to which battery. but both plots, current is assumed to be negative when the direction of the current through the battery is opposite the direction of that battery's emf. (direction of emf is from negative to positive). Q. The resistance R_(1) has value

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    `10Omega`
    B
    `20Omega`
    C
    `30Omega`
    D
    `40Omega`

  • In the circuit given in the figure, both batteries are ideal . Emf E_1 of battery 1 has a fixed value, but emf E_2 of battery 2 can be varied between 1.0V and 10.0 V . The graph gives the currents through the two batteries as a function of E_2 but are not marked as which plot corresponds to which battery. But for both plots, current is assumed to be negative when the direction of the current through the battery is opposite to the direction of that battery's emf (direction of emf is from negative to positive.) The value of emf E_1 is

    A
    8 V
    B
    6 V
    C
    4 V
    D
    2 V

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