The resistance of a bulb filmanet is `100Omega` at a temperature of `100^@C`. If its temperature coefficient of resistance be 0.005 per `^@C`, its resistance will become `200 Omega` at a temperature of

The resistance of a bulb filamanet is 100Omega at a temperature of 100^@C . If its temperature coefficient of resistance be 0.005 per .^@C , its resistance will become 200 Omega at a temperature of

The resistance of a bulb filament is 100Omega at a temperature of 100^(0)C . If its temperature coefficient of resistance be 0.005 per ""^(0)C , its resistance will become 200Omega at a temperature of

The resistance of a bulb filament is 100 Omega at a temperature of 100^@C . If its temperature coefficient of resistance be 0.005 per ^@C , then its resistance will become 200 Omega at a temperature:

The resistance of the bulb filament is 100Omega at a temperature of 100^(@)C . If its temperature co-efficient of resistance be 0.005 per 5 ""^(@)C , its resistance will becomes 200 Omega at a temperature

The resistance of the bulb filament is 100 at a temperature of 100^(@)C . If its temperature coefficient of resistance be 0.005 per ^(@)C , its resistance will become 200 Omega at a temperature

The resistance of a metallic conductor is 50Omega at a temperature of 100^(@)C .If its temperature coefficient of resistance is 0.005^(@)C^(-1) ,then its resistance will become 125Omega at a temperature of

The resistance of a field coil measures 50 Omega at 20^@ C and 65 Omega at 70^@ C . Find the temperature coefficient of resistance.