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Design a circuit using the logic gates NAND, NOR and an inverter to control a reaction...

  1. Design a circuit using the logic gates NAND, NOR and an inverter to control a reaction vessel so that a heater will turn on when the temperature falls below 20 ˚C and turn off when the temperature reaches 25 ˚C. It will also turn on a chiller at 30 ˚C and off at 25 ˚C. A stirrer will be turned on between 20 and 25 ˚C and it will turn off below 20 ˚C and above 25 ˚C. You can have as many temperature sensors that you need. Each will give a +5V signal when above the set point and 0.0V below the set point. The chiller and stirrer are turned on when they receive a +5 V signal and off when they receive a 0 V signal. Draw a diagram of the logic gates connected to give the desired result. Draw a picture of the reaction vessel and sensors.
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