Homework 2 - Thermistors Java 1 Description A resistor whose resistance is dependent on temperature is called a Thermistor. If you put a thermistor in a pipe clip you can use it to determine the temperature of substance in the pipe. Consider the pipe clip at ens 3R5 This specific pipe clip has the following properties: Ro 10000 2 To- 25 C Make sure you pay attention to the temperature units (Celsius and Kelvin). The temperature of the substance in the pipe can be determined from the Resistance (R) in Ohms (S) using the following formula 273 A few things to note - The result is the temperature of the substance in Celsius The value 273 is the constant (technically 273.15) used to convert Celsius to Kelvin. So, absolute zero 0 K is equal to -273.15 C. For this equation, use the constant 273 Specifications You will need to complete the following: 1. Create a new project and add a class Thermistor 2. Add a main method which does the following. 3. Prompt the user to enter the resistance Calculate the temperature of the substance in the pipe using the specifics of the pipe clip given above a. Specifications You will need to complete the following: 1. Create a new project and add a class Thermistor 2. Add a main method which does the following. Calculate the temperature of the substance in the pipe using the specifics of the pipe clip given above. a. b. Display the temperature in Celsius, Kelvin, and Fahrenheit. c. The display should be rounded to two decimal places and formatted in columns with the first column the temperature unit and the second column the calculated temperature. 4. You can assume the user will enter valid input. 5. As a sample run, if you enter a resistance of 5000, then the temperature in Celsius should be 41.40 C, 106.52 F, and 314.55 o K