The temperature coefficient of resistance of a wire is `0.00125` per `""^(@)C`. At 300 K, its resistance is `1Omega`. The resistance of the wire will be `2Omega` at

The temperature coefficient of resistance of a wire is 0.00125 per .^oC . At 300K, its resistance is 1 Omega . The resistance of the wire will be 2 Omega at

The temperature co-effcient of resistance of a wire is 0.00125^(@)C. At 500 K, its resistance is 1Omega. The resistance of the wire will be 2Omega at

The temperature coefficient of resistance of a wire is 0.00125 per ^@C . At 300K, its resistance is 1 ohm. This resistance of the wire will be 2 ohm at.

The temperature coefficient of resistance of a wire is 0.00125 per degree celsius. At 300K, its resistance is 1 ohm. This resistance of the wire will be 2 ohm at.

Temperature coefficient of resistance of a wire at 0^(@)C is 0.00125^(@)C^(-1) . At 25^(@)C its resistance is 1 Omega . The resitance of the wire will be 1.2 Omega at

Temperature coefficient of resistance of a wire at 0^(@)C is 0.00125^(@)C^(-1) . At 25^(@)C its resistance is 1 Omega . The resitance of the wire will be 1.2 Omega at

The temperature coefficient of resistance of a wire is 0.00125/ ""^(@)C . At 300K its resistance is 1Omega . The temperature at which the resistance becomes 2Omega is

The temperature coefficient of a resistance wire is 0.00 12^(@)C^(-1) . At 300 K, its resistance is 1 Omega . At what temperature the resistance of the wire will be 2 Omega ?