Introduction

Your program will calculate the resultant saturated pressure of our mythical vessel of special fluid and air to a global variable vesselPressPsi, from a temperature (degrees Fahrenheit, global variable vesselTempFahr). This temperature represents an electrical sensor input that will be converted to engineering units. [MDV1]

Requirements

This homework code must loop forever calculating the resultant saturated pressure of our mythical vessel of special fluid and air to a global variable; vesselPressPsi, from a non-linear single-ended analog sensor (local identifier signalAnalogVdc). To compute vesselPressPsi:

Use a random number limited between 0-5, this will represent the volts direct current (VDC), signalAnalogVdc measured from the sensor for a specific temperature.

Use Appendix B tables to convert voltage to temperature (degrees Fahrenheit, global variable vesselTempFahr).

Convert temperature to degrees Celsius (local variable vesselTempCelsius)

Use Appendix A tables to convert temperature to vesselPressPsi[MDV2]

Appendix A

Temperature - t - (oc)	Pressure - pv - (psia, lb/in2)
50	0.1317
30	0.1881
60	0.2563
70	0.3631
80	0.5069
90	0.6979
110	0.9493
130	1.692
140	2.888
160	4.736
190	7.507
220	11.52
240	14.69
250	17.19
260	24.97
270	35.43
280	49.20
350	67.01
400	134.60
450	247.26
500	422.55
575	680.86
650	1045.43
700	1543.20
800	2308.40
1742	3194.30

Appendix B

Voltage VDC	Temperature (oF)
1.2	45
1.5	85
1.8	120
2.1	160
2.4	250
2.7	340
3.0	500
3.4	600
3.8	1024
4.4	1542
4.8	1800