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

The effective resistance in series combination of two equal resistance 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 efffective resistance in series combination of two equal resistance is 's'. When they are joined in parallel the total resistance is p. If s = np then the maximum possible value of 'n' is

The resistance of a series combination of the resistance is S. when they are joined in parallel equvalent resistance is P. Find the value of ((S)/(2P))

The resistance of a series combination of the resistance is S. when they are joined in parallel equvalent resistance is P. Find the value of ((S)/(2P))

The equivalent resistance of series combination of four equal resistors is S. If they are joined in parallel, the total resistance is P. The relation between S and P is given by S = nP. Then the minimum possible value of n is