Analyze the performance of the water driven flour mill. The flour mill works according to the...

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Analyze the performance of the water driven flour mill. The flour mill works according to the criteria. 1. Proper water flow is responsible for grinding wheat. Flow is monitored through a sensor that is connected to RCO Pin. If the Water level conforms to the standard, then Sensor sends a high signal to RCO. 2. The grinder is responsible for grinding the wheat grains into refined flour. Grinder performance is measured through a sensor that is connected to RC1. The Sensor sends the high signal to RC1 if the grinder functions correctly. 3. Wheat grains are poured onto the grinder at a certain speed. Speed is measured through the Sensor and notified to Microcontroller. If speed is according to standard, then Sensor sends a high signal to RC2. These sensors' values are monitored at regular intervals of 1s. Suppose any of the above criteria is not met. Then, it is referred to as an event. Calculate the number of events in 1 minute. Display it on LCD. Also, display the performance indicator on second row. P=GOOD if recorded events are equal to 5 or less P= BAD if recorded events are equal to 10 or more. P= Average if recorded events are in between 5 to 10. Analyze the performance of the water driven flour mill. The flour mill works according to the criteria. 1. Proper water flow is responsible for grinding wheat. Flow is monitored through a sensor that is connected to RCO Pin. If the Water level conforms to the standard, then Sensor sends a high signal to RCO. 2. The grinder is responsible for grinding the wheat grains into refined flour. Grinder performance is measured through a sensor that is connected to RC1. The Sensor sends the high signal to RC1 if the grinder functions correctly. 3. Wheat grains are poured onto the grinder at a certain speed. Speed is measured through the Sensor and notified to Microcontroller. If speed is according to standard, then Sensor sends a high signal to RC2. These sensors' values are monitored at regular intervals of 1s. Suppose any of the above criteria is not met. Then, it is referred to as an event. Calculate the number of events in 1 minute. Display it on LCD. Also, display the performance indicator on second row. P=GOOD if recorded events are equal to 5 or less P= BAD if recorded events are equal to 10 or more. P= Average if recorded events are in between 5 to 10.

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1 This activates the flour mill If the water level is too low s ensor sends a low signal to R CO and ... View the full answer