(Solved): please use labview Water Heater Control System Application Development Problem statement: Design a w ...

Water Heater Control System Application Development Problem statement: Design a water heater control system and display your inputs and outputs as shown in the front panel. Develop an I ODAQ application to meet the following requirements: 1. Use a slide control as your input between 0 and \( 5 \mathrm{~V} \) 2. Use a slide indicator to display your input as a voltage between 0 and \( 5 \mathrm{~V} \). 3. Use Formula node to convert this voltage as a temperature in Degree Celsius and display it. Use this formula. \[ \mathbf{C}=106.0^{*} \mathrm{v}-270.9 \text {; } \] 4. Use Formula node to convert this temperature in Celsius to a temperature in Degree Fahrenheit and display it. Use this formula. \[ \mathrm{F}=(9 / 5) \star \mathbf{C}+32 \text {; } \] 5. Create a numeric control for the user desired temperature in Degree Fahrenheit ("DT") 6. Use case structure to define the following: If \( \mathrm{F}<\mathrm{DT} \) then a constant value of " \( 5 " \) is displayed at the output voltage and the LED is \( \mathrm{ON} \) and a message indicating the "heat is \( \mathrm{ON}^{\prime \prime} \) is displayed. Otherwise, a constant value of " \( 0 " \) is displayed at the output voltage and the LED is OFF and a message indicating the "heat is OFF". You will be using local variables for both the LED and the message string. 7. Use a safety trigger to make sure that the LED is turned OFF before exiting the application. I ote that this trigger has nothing to do with the while loop stop. 8. Use a While loop to run this application continuously and create a "stop control" to end the application process. Do Not click on the "RUN continuously button" 9. Include a tank to represent the water heater for display purpose. 10. Make your application user friendly as shown on the front panel. Save your DAQ file as "NODAQ Water Heater"