Our customer arrives tomorrow to make a purchase decision on a $1M aircraft. The customer's chief engineer dreamt up an idea for a flight data collection system for a Cessna 172. Business development says the solution to this problem will seal the deal. Using the components in the table below, your task is to identify an approach that meets the following. a. Collect airspeed, GPS reported location/speed, and fuel flow. b. Store the data on board for a flight lasting from 1-3 hours c. Use separate battery for powering the data collection system. d. Develop the relationship between fuel consumed v. distance flown plus airspeed v. fuel rate e. The budget for the system is $3500. A. Please draw the block diagram for this data acquisition system. Hand sketch is perfectly acceptable, or use any tool that outputs Microsoft or JPG compatible output. B. Please identify any assumptions, issues, recommendations or otherwise that would accompany the block diagram. Item Basic data collection computer High End data collection computer Consumer-grade GPS Miltary-grade GPS 12Volt 4 hr battery 28Volt 2 hr batter Fuel Meter Sensor Air Speed Sensor (1.0 knot resolution) Air Speed Sensor (0.1 knot resolution) USB Stick Ethernet storage disk Features 2 RS485; 1Ethernet; 2 USB; 12 V power read 4 RS485; 1 Ethernet; 28V Power Reqd RS232 output @ 10 hz RS485 output @50 hz RS232 output @ 10 hz RS485 output@ 10 times per second RS485 output@ 1 time per second 7.5 Megabits 100 Megabits Cost $ 500 $ 1000 $ 100 $ 2,000 $ 100 $ 75 $ 50 $ 300 $ 1,000 $ 200 $ 500