1. Create a program to compute temperature (T), pressure (p), density (p), speed of sound (a),...

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1. Create a program to compute temperature (T), pressure (p), density (p), speed of sound (a), and dynamic viscosity (u) as a function of altitude. Then, create plots of altitude vs. temperature, altitude vs. pressure, altitude vs. density, altitude vs. speed of sound, and altitude vs. dynamic viscosity. The altitude for the program and plots should range from 0 to 65,616.8 ft (graduate students go up to 232,940 feet), e.g., troposphere, stratosphere layer 1. The units for the program and plots are the English (imperial) units (fps: foot-pound-second). Deliverables: plots. 1. Create a program to compute temperature (T), pressure (p), density (p), speed of sound (a), and dynamic viscosity (u) as a function of altitude. Then, create plots of altitude vs. temperature, altitude vs. pressure, altitude vs. density, altitude vs. speed of sound, and altitude vs. dynamic viscosity. The altitude for the program and plots should range from 0 to 65,616.8 ft (graduate students go up to 232,940 feet), e.g., troposphere, stratosphere layer 1. The units for the program and plots are the English (imperial) units (fps: foot-pound-second). Deliverables: plots.

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To create a program to compute temperature T pressure p density speed of sound a and dynamic viscosity as a function of altitude and subsequently plot these variables against each other one could use ... View the full answer