A $5\, V$ battery with internal resistance $2\, \Omega$ and a $2\,V$ battery internal resistance  $1\, \Omega$ are connected to a $10\, \Omega$ resistor as shown in the figure. The current in the $10\, \Omega$ resistor is :-
  • A$0.03A\, P_1$ to $P_2$
  • B$0.03A\, P_2$ to $P_1$
  • C$0.27A\, P_1$ to $P_2$
  • D$0.27A\, P_2$ to $P_1$
Medium
art

Download our app
and get started for free

Experience the future of education. Simply download our apps or reach out to us for more information. Let's shape the future of learning together!No signup needed.*

Similar Questions

  • 1
    In the part of a circuit shown in the figure, the potential difference $(V_G -V_H)$ between points $G$ and $H$ will be ............... $V$
    View Solution
  • 2
    If three bulbs $60\,W$, $100\,W$ and $200\,W$ are connected in parallel, then
    View Solution
  • 3
    A conductor behaves as a superconductor
    View Solution
  • 4
    A circuit containing five resistors is connected to a battery with a $12 \,V$ emf as shown in figure. The potential difference across $4 \,\Omega$ resistor is ........... $V$
    View Solution
  • 5
    A student obtained following observations in an experiment of meter bridge to find the unknown resistance of the circuit The most accurate value of unknown resistance is ............ $\Omega$
    S.No. $R$ $l$ $100-l$ $S = \left( {\frac{{100 - l}}{l}} \right)R$
    $1$ $20\,\Omega $ $43$ $57$ $26.51\,\Omega $
    $2$ $30\,\Omega $ $51$ $49$ $28.82\,\Omega $
    $3$ $40\,\Omega $ $59$ $41$ $27.80\,\Omega $
    $4$ $60\,\Omega $ $70$ $30$ $25.71\,\Omega $
    View Solution
  • 6
    Consider a block of conducting material ofresistivity '$\rho$' shown in the figure. Current '$I$' enters at '$A$' and leaves from '$D$'. We apply superp osition principle to find voltage '$\Delta  V$ ' developed between '$B$' and '$C$'. The calculation is done in the following steps:
    $(i)$ Take current '$I$' entering from '$A$' and assume it to spread over a hemispherical surface in the block.
    $(ii)$ Calculatefield $E(r)$ at distance '$r$' from $A$ by using Ohm's law $E = \rho  j$, where j is the current per unit area at '$r$'.
    (iii) From the '$r$' dependence of $E(r)$, obtain the potential $V(r)$ at $r$.
    (iv) Repeat $(i), (ii)$ and $(iii)$ for current '$I$' leaving '$D$' and superpose results for '$A$' and '$D$'.

    $\Delta V$ measured between $B$ and $C$ is

    View Solution
  • 7
    Find the ratio of currents as measured by ammeter in two cases when the key is open and when the key is closed
    View Solution
  • 8
    In the arrangement shown in figure when the switch $S_2$ is open, the galvanometer shows no deflection for $l = L/2$. When the switch $S_2$ is closed, the galvanometer shows no deflection for $l = 5L /12$ . The internal resistance $(r)$ of $6\, V$ cell, and the $\mathrm{emf}$ $E$ of the other battery are respectively
    View Solution
  • 9
    There are $n$ similar conductors each of resistance $R$. The resultant resistance comes out to be $x$ when connected in parallel. If they are connected in series, the resistance comes out to be
    View Solution
  • 10
    A copper wire of length $10\,m$ and radius $\left(10^{-2} / \sqrt{\pi}\right) m$ has electrical resistance of $10 \,\Omega$. The current density in the wire for an electric field strength of $10( V / m )$ is :
    View Solution