[" The equivalent resistances of series and parallel combinations of two cells are "S],[" and "P" respectively.If "S=nP" ,then find out the minimum possible value of "n.2]

The equivalent resistance of series ad parallel combinations of two cells are S and P respectively. IF S=nP , then find out the minimum possible value of n.

Calculate the ratio of equivalent resistances of series and parallel combination of 2, 3, 6 Omega resistances.

Combination of resistance, equivalent resistance series and parallel combination.

Equivalent resistances of two resistors in their series and parallel combinations are 10 Omega and 2.1 Omega respectively.Find out the values of two resistances.

The resistance of the series combination of two resistances is S. When they are joined in parallel the total resistance is P. If S= nP then the minimum possible value of n is

The resistance of the series combination of two resistances is S. When they are joined in parallel the total resistance is P. If S= nP then the minimum possible value of n is

The resistance of the series combination of two resistances is S. When they are joined in parallel the total resistance is P. If S= nP then the minimum possible value of n is

The resistance of the series combination of two resistances is S. WHen they are joined in parallel, the tital resistance is P. If S=nP, then the minimum possible value of n is :

The resistance of series combination of 2 resistors is S. When they are joined in parallel the total resistance is P. If S = nP , then minimum possible value of n is