mathrm{A} circuit is comprised of eight identical batteries and a resistor R = 0.8,Omega . Each battery has an mathrm{emf} of 1.0, V and internal

Q: $\mathrm{A}$ circuit is comprised of eight identical batteries and a resistor $R = 0.8\,\Omega$ . Each battery has an $\mathrm{emf}$ of $1.0\, V$ and internal resistance of $0.2\,\Omega$ . The voltage difference across any of the battery is ............. $V$

c In loop $(1)$ $4-0.8 I-0.8\left(I-I_{1}\right)=0$ $2 I-I_{1}=5 \ldots(1)$ In loop $(2)$ $4-0.8 I_{1}+0.8\left(I-I_{1}\right)=0$ $-I+2 I_{1}=5 \ldots(2)$ From $(1)$ and $(2)$ $I_{1}=I=5 \mathrm{Amp}$ Voltage drop across any battery $V=E-I r=1-5 \times 0.2=0 V$

SECTION - A [PHYSICS - MCQ]

GSEB - English Medium

$\mathrm{A}$ circuit is comprised of eight identical batteries and a resistor $R = 0.8\,\Omega$ . Each battery has an $\mathrm{emf}$ of $1.0\, V$ and internal resistance of $0.2\,\Omega$ . The voltage difference across any of the battery is ............. $V$

A$0.5$
B$1$
C$0$
D$2$

Diffcult

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

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