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# In order to determine the emf of a storage battery it was conneted in series with a standard cell in a certain circuit and a current I1was obtained. When the battery is connected to the same circuit opposite to the standard cell a current I2 flows in the external circuit leaving from the positive plate of the storage battery. What is the emf of the standard cell is of the storage battery ? The emf of the standard cell is E2.

7 years ago
E=standard+Emf = V+ir
-v-ir+Estandard= Emf
v2+Ir= E
solving above 2 give the standard emf.
7 years ago
let asuume E is the unknown potential
E+E2= V1+I1R
E= v2+I2R

taking differnce
E2= v1-v2+ (I1-I2)R
This equation give R,
putting back R gives E , the unkwon emf.

b.tech, iit delhi

7 years ago
let asuume E is the unknown potential
E+E2= V1+I1R
E= v2+I2R

taking differnce
E2= v1-v2+ (I1-I2)R
This equation give R,
putting back R gives E , the unkwon emf.

b.tech, iit delhi

7 years ago
let asuume E is the unknown potential
E+E2= V1+I1R
E= v2+I2R

taking differnce
E2= v1-v2+ (I1-I2)R
This equation give R,
putting back R gives E , the unkwon emf.

b.tech, iit delhi

7 years ago
let asuume E is the unknown potential
E+E2= V1+I1R
E= v2+I2R

taking differnce
E2= v1-v2+ (I1-I2)R
This equation give R,
putting back R gives E , the unkwon emf.

b.tech, iit delhi

Kaushal
15 Points
2 years ago

let asuume E is the unknown potential
E+E2= V1+I1R
E= v2+I2R

taking differnce
E2= v1-v2+ (I1-I2)R
This equation give R,
putting back R gives E , the unkwon