The two resistors when connected together show maximum value of resistance as `160 Omega` , and minimum value of resistance as `40 Omega`. Determine the value of both the resistors.

When two resistors are connected in series, their effective resistance is 80 Omega . When : they are connected in parallel, their effective resistance is 20 Omega . What are the values of the two resistances?

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.

Choose correct alternative. When two resistances are connected in parallel then the equivalent resistance is 6//5 Omega . When one of the resistances is removed then the effective resistance is 2 Omega . The resistance of the wire removed will be A. 3 Ω B. 2 Ω C. 3 / 5 Ω D. 6 / 5 Ω

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.

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.

True or False. When resistors are connected in Series, the effective resistance is less than each of the individual resistances.

How will you connect three resistors of resistances 3 Omega each to obtain a resistance of 4.5 Omega ?

Two resistances connected in series have an effective value of 20 Omega . When connected in parallel, the effective value is 5 Omega . What are the values of resistance?

The combined resistance of a galvanometer of resistance 500Omega and its shunt is 21Omega . Calculate the value of shunt.

Find the colour code for the following value of resistor having tolerance +-10% 1k Omega