Write a MATLAB program to reproduce the standard atmosphere in Appendix B of Anderson. Recreate this data, and also calculate the speed of sound at each altitude.

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$\%$AAE $251$ Spring $2023$

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Figure $3$: Standard Atmosphere temperature model $($Brandt$,2004)$

Use equations from Anderson Ch $3\mathrm{.}4.$ No credit will be given for simply entering the data from the tables. Program your code to produce correctly labeled plots for altitude vs$.$ temperature, pressure, density, and the speed of sound similar to Figure $3($up to $130,000$ ft or $39\mathrm{.}62$ km$).$ Paste your commented code in the appropriate answer box.

Create a set of graphs showing how pressure, temperature, density, and the speed of sound vary with altitude, plotted in SI and English units. Make sure your graphs are properly labeled. Paste your graphs in the appropriate answer box.