The effective resistance of two resistors in parallel is ` (12)/(7) Omega`. If one of the resistors is disconnected the resistance becomes `4 Omega`. The resistance of the other resistor is

If two resistors connected in parallel, the effective resistance of the combination is 21 Omega . If the same two resistors are connected in series, the effective resistance of the combination is 100 Omega . Find the resistances of the individual resistors.

If two resistors are connected in series, the total resistance is 100 Omega and if the same . resistors are connected in parallel, the total resistance is 24 Omega . Find the resistances of the , individual resistors.

The equivalent resistance of two resistors connected in series is 6 Omega and their parallel equivalent resistance is 4/3 Omega . What are the values of resistances ?

If two resistors are connected in series, the total resistance is 45 Omega and if the same resistors are connected in parallel, the total resistance becomes 10 Omega . Find the values of individual resistors.

Two resistors are in the ratio 1:4. If these are connected in parallel, their total resistance becomes 20Omega . Find the value of each resistance.

When two resistors are connected in seriesthe total resistance is 80Omega and if the same resistors are connected in parallel the total resistance becomes 20Omega .Find the individual resistors.

The equivalent resistance of two resistor connected in series is 6 Omega and their equivalent resistance is (4)/(3)Omega . What are the values of resistances ?

The equivalent resistance of two resistor connected in series is 6 Omega and their equivalent resistance is (4)/(3)Omega . What are the values of resistances ?

Find out the folowing in the electric circuit given in (Fig. (a) Effective resistance of two 8 Omega resistors in the combination (b) Current flowing through 4 Omega resistor ( c) Potential difference across 4 Omega resistance (d) Power dissipated in 4 Omega resistor (e) Difference in ammeter readings, if any. .