In the figure shown, battery 1 has mathrm{emf} = 6, V and internal resistance = 1 ,Omega. Battery 2 has mathrm{emf} = 2,V and internal

Q: In the figure shown, battery $1$ has $\mathrm{emf}$ $= 6\, V$ and internal resistance $= 1 \,\Omega$. Battery $2$ has $\mathrm{emf}$ $= 2\,V$ and internal resistance $= 3\, \Omega$ . The wires have negligible resistance. What is the potential difference across the terminals of battery $2$ ? ................ $V$

c Battery $2$ is in changing mode $I=\frac{6-2}{1+3}=1 A m p$ $V_{2}=E_{2}+I r_{2}=2+1 \times 3=5 V$

SECTION - A [PHYSICS - MCQ]

GSEB - English Medium

In the figure shown, battery $1$ has $\mathrm{emf}$ $= 6\, V$ and internal resistance $= 1 \,\Omega$. Battery $2$ has $\mathrm{emf}$ $= 2\,V$ and internal resistance $= 3\, \Omega$ . The wires have negligible resistance. What is the potential difference across the terminals of battery $2$ ? ................ $V$

A$4$
B$1.5$
C$5$
D$0.5$

Medium

STD 11 Science
NEET
STD 12 - 3. current electricity
Physics

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