A `5^(@)C` rise in the temperature is observed in a conductor by passing some current. When the current is doubled, then rise in temperature will be equal to

A 5^(0)C rise in the temperature is observed in a conductor by passing some current. When the current is doubled, then rise in temperature will be equal to

A 5^(0)C rise in the temperature is observed in a conductor by passing some current. When the current is doubled, then rise in temperature will be equal to

A 3^(0)C rise in temperature is observed in a conductor by passing a certain current. When the current is doubled, the rise in temp -

A 2^(@)C rise in temperature is observed in a conductor passing a current. When the current is tripled. The rise in temperature will be

A 2^(@)C rise in temperature is observed in a conductor passing a current. When the current is tripled. The rise in temperature will be

A 2^(@)C rise in temperature is observed in a conductor passing a current. When the current is tripled. The rise in temperature will be

A 5^@C rise in temperature is observed in a conductor by passing a current. When the current is doubled what is the approximate rise in temperature ?

A rise of temperature of 4^(@)C is observed in a conductor by passing a current. If the current is tripled, the rise of temperature will be

A 1^(@) C rise in temperature is observed in a conductor by passing a certain current . If the current is doubled , then the rise in temperature is approximately