If n resistors each of resistance r are connected to get (i) maximum possible resistance (ii) minimum possible resistance. Compute the ratio between values of resistances obtained in (i) and (ii).

Given n resistors each of resistane R, how will you combine them to get the (i) maximum, (ii) minimum effective resistance ? What is the ratio of the maximum to minimum resistance ?

You are given n resistors each of resistance r .These are first connected to get minimum resistance .In the secoind case these are again connected differently to get maximum possible resistance. Compute the ratio between the minimum and maximum value of resistance so obtained.

(a) Given n resistors each of resistance R . How will you combine them to get the (i) maximum (ii) minimum effective resistance ? What is the ratio of the maximum to minimum resistance ? (b) Given the resistances of 1 Omega, 2 Omega, 3 Omega , how will you combine them to get an equivalent resistance of (i) (11//3)Omega (ii) (11//5)Omega (iii) 6 Omega (iv) (6//11) Omega ? (c) Determine the equivalent resistance of networks shown in Figure.

If resistors of resistance R_(1) and R_(2) are connected in parallel,then resultant resistance is "

You are given 10 resistors each of resistance 2Omega . First they are connected to obtain possible minimum resistance. Then they are connected to obtain possible maximum resistance. The ratio of maximum and minimum resistance is ________________ .

n resistors each of resistance R first combine to give maximum effective resistgance and then combine to give minimum. The ratio of the maximum resistance is

Nine resistors each of resistance R are connected in the circuit as shown in fig. The net resistance between A and B is

Idnetical resistor each of resistance r are connected as shown in figure. Calculate equivalent resistance between A and E.