To draw maximum current from a combination of cells, how should the cells be grouped?

Question

To draw maximum current from a combination of cells, how should the cells be grouped? (A) Parallel (B) Series (C) Mixed grouped (D) Depends upon the relative values of internal and external resistances

Tardigrade Admin · Accepted Answer

To draw maximum current from a combination of cells, external resistance R=(n r/m) , where n,m &r represents number of row, number of columns and internal resistance respectively. Therefore, grouping of cells depends upon the relative values of internal and external resistance.

Q. To draw maximum current from a combination of cells, how should the cells be grouped?

Parallel

Series

Mixed grouped

Depends upon the relative values of internal and external resistances

To draw maximum current from a combination of cells, external resistance $R = \frac{n r}{m}$ , where $n, m & r$ represents number of row, number of columns and internal resistance respectively. Therefore, grouping of cells depends upon the relative values of internal and external resistance.

Q. To draw maximum current from a combination of cells, how should the cells be grouped?

Parallel

Series

Mixed grouped

Depends upon the relative values of internal and external resistances

To draw maximum current from a combination of cells, external resistance R=mnr​ , where n,m&r represents number of row, number of columns and internal resistance respectively. Therefore, grouping of cells depends upon the relative values of internal and external resistance.

To draw maximum current from a combination of cells, external resistance $R = \frac{n r}{m}$ , where $n, m & r$ represents number of row, number of columns and internal resistance respectively. Therefore, grouping of cells depends upon the relative values of internal and external resistance.