In the given figure, I = 100 amp, internal resistances r1 = 0.04 ohm and r2 = 0.06 ohm Calculate: (a)current I, and I2, (b) terminal voltage (c)resistance of the load, (d) emf and internal resistance of the single equivalent cell E = 20 v E,= 20 v RL

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5. In the given figure, I= 100 amp, internal resistances rı = 0.04 ohm and r2 = 0.06 ohm.
Calculate: (a)current I and I2, (b) terminal voltage (c)resistance of the load,
(d) emf and internal resistance of the single equivalent cell
I
E= 20 v
E2= 20 v
RL
www.
Transcribed Image Text:5. In the given figure, I= 100 amp, internal resistances rı = 0.04 ohm and r2 = 0.06 ohm. Calculate: (a)current I and I2, (b) terminal voltage (c)resistance of the load, (d) emf and internal resistance of the single equivalent cell I E= 20 v E2= 20 v RL www.
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