Assertion : In practial application, power rating of resistance is not important.
Reason : Property of resistance remains same even at high temperature.

Assertion: In practical application, power rating of resistance is not important. Reason: Property of resistance remains same even at high temperature

Assertion: In practical application, power rating of resistance is not important. Reason: Property of resistance remain same even at high temperature.

Assertion: In practical application, power rating of resistance is not important. Reason: Property of resistance remain same even at high temperature.

Statement-I: In practical application, power rating of resistance is not important. Statement-II: Property of resistance remain same even at high temperature.

Assertion: the value of temperature coefficient of resistance is positive is for metals. Reason: The temperature coefficient of resistance for insulator is also positive.

Assertion : Greater is the coefficient of thermal conductivity of a material, smaller is the thermal resistance of a rod of that material. Reason : Thermal resistance is the ratio of temperature difference between the ends of the conductor and rate of flow of heat.

Assertion : In metre bridge experiment, a high resistance is always connected in series with a galvanometer. Reason : As resistance increases, current through the circuit increases,

Assertion : In metre bridge experiment, a high resistance is always connected in series with a galvanometer. Reason : As resistance increases, current through the circuit increases,