Question: The electric circuit shown below is designed to measure the temperature of the gas in a chamber. The resistor R represents a temperature sensor enclosed

The electric circuit shown below is designed to measure the temperature of the gas in a chamber.

R= 75 2 11.43 V e Voltmeter V, = 20 V V.

The resistor R represents a temperature sensor enclosed in the chamber. The resistance R, in Ω, is related to the temperature T, in °C, by the equation R = R0 + kIn this device, assume R0 = 100 Ω and k = 0.5. The voltmeter displays the value of the voltage, Vm , across the sensor. This voltage Vm indicates the temperature, T, of the gas according to the equation

Suppose the voltmeter voltage is constrained to the range Vmin = 12 volts ≤ Vm ≤ Vmax = 18 volts. Write a program that accepts a value of Vm and checks that it’s between 12 and 18. The program should return the gas temperature in degrees Celsius when Vm is between 12 and 18 and an error message when it isn’t.

R= 75 2 11.43 V e Voltmeter V, = 20 V V.

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