Develop C code that convert Celsius to Fahrenheit temperature (local variable vesselTemp F). This data will represent a temperature sensor input with a specific operating range. The program will have two pairs of data points See Appendix A, which provide corresponding pressure for a given Fahrenheit temperature. One data pair is the upper and lower degree Fahrenheit and the other pair is the upper and lower relative saturated pressure for the corresponding temperature. Compute the saturated pressure from the temperature input. Not every Temperature input will have a direct corresponding pressure. For example if vesselTemp C-18 which is neither of the known Fahrenheit limits. Linear interpolation is a way to fill in the "holes" in tables. Linear Interpolation is a method of constructing new data points within the range of a discrete set of known data points. Linear interpolation is quick and easy, but at times not very precise, to increase precision is to increase the uamber of data points with ida points. set of data points. In this assignment, you only have two data points, which represent the upper and lower data range. Interpolation example with Appendix A: vesselTemp C-18 pui-pri-lower + fahrenher-f-lower)pa.ug per-pai-lower, 64.4-60 (0.3631-0.2563) psi 0.2563+ 70-60 Result of hand test is ps0.3033 psi Appendix A Temperature Pressure pv (psia, Ib/in) 0.2563 0.3631 60 70