At room temperature `(27^(@)C)`, the resistance of a heating element is `100 Omega`. What is the temperature of the element if the resistance is found to be `117 Omega`, given that temperature coefficient of the resistor material is `1.70xx10^(-4) .^(@)C^(-1)`.

At room temperature (27.0 ^@C) the resistance of a heating element is 100 Omega . What is the temperature of the element if the resistance is found to be 117 Omega , given that the temperature coefficient of the material of the resistor is 1.70 xx 10^-4 ^@C^-1

At room temperature (27.0^(@)C) the resistance of a heating element is 100 Omega . What is the temperature of the element if the resistance is found to be 117 Omega , given that the temperature coefficeint of the material of the resistor is 1.70 xx 10^(-4) .^(@)C^(-1)

At room temperature (27.0^(@)C) the resistance of a heating element is 100 Omega . What is the temperature of the element if the resistance is found to be 117 Omega . Given that the temperature coefficient of the material of the resistor is 1.70 xx 10-4 ^@C.

At room temperature (27.0^(@)C) the resistance of a heating element is 100 Omega. What is the temperature of the element if the resistance is found to be 117 Omega. given that the temperature coefficient of the material of the resistor is 1.70 xx 10 ^(-4)"" ^(@)C^(-1).

At room temperature (27.0^(@)C) the resistance of a heating element is 100 Omega. What is the temperature of the element if the resistance is found to be 117 Omega. given that the temperature coefficient of the material of the resistor is 1.70 xx 10 ^(-4)"" ^(@)C^(-1).

At room temperature (27.0^@C) the resistance of a heating element is 100 Omega . What is the temperature of the element if the resistance is found to be 117 Omega , given that the temperature coefficient of the material of the resistor is (1.70 xx 10^(-4))^@C^(-1) .