Develop a computer code (you can use any platform of your choice; MATLAB, C, Python, Excel etc.) that can simulate a constant volume combustion cycle. Use the programming flow explained in class notes (lecture 7, pages 11-12). Input parameters: Compression ratio: 10 and 14. Exhaust pressure, Pe: 100 kPa Manifold (inlet) temperature, Ta: 290 K Heat input: 2600 kJ/kg. Assume an ideal cycle with isentropic expansion and compression.

The mathematical functions introduced in Chapter 4 can be used to compute and simulate engineering and scientific issues. In these cases, we formulate the mathematical issue and then use the computer to perform computations and simulations. Can a computer programme solve a math problem and develop mathematical formulas, i.e., can it perform the functions of a mathematician?

Computer Science C program!!

A repeating ground-track orbit has period of repetition is two orbits per day (ω⊕ = 7.2921151467 · 10−5 rad/s), has an eccentricity of 0.74, an inclination of 63.4349 deg, a right ascension of the ascending node of −86.915798 deg, and argument of perigee of 270 deg.  What is the semi-major axis? In MATLAB,  provide the following results using 100 points equally distributed in time over an orbital period with a starting position of true anomaly equal to 0 degrees: 3D representation of the orbit. Include the Earth (as a simple sphere) in the center of the plot for a size comparison. Make sure that the axis have the same scale.