Question

Write a computer code that: 1. (5 points total) Takes as input: a. (1 point) A position vector (in km) and a velocity vector (in km/s) in ECI coordinates b. (1 point) An initial time t (in secs) c. (1 point) A later time t2 (in secs) d. (1 point) The tolerance Ar e. (1 point) The tolerance AA 2.(5 points total) Outputs the input data with labels and units (as appropriate) 3. (39 points total) Calculates the following: a. (5 points) The orbital elements a, e, i. N. and w b. (6 points) The DCM CP that converts from ECI to perifocal coordinates c. (4 points) The position and velocity vectors (in perifocal coordinates) at time t d. (4 points) The true anomaly 1 and the eccentric anomaly E at time t e. (6 points) The time of periapsis passage To f. (6 points) The true anomaly 62 and the eccentric anomaly E2 at time t g. (4 points) The position and velocity vectors (in perifocal coordinates) at time t h. (4 points) The position and velocity vectors (in ECI coordinates) at time t 4. (6 points) Outputs the calculated quantities from part 3 with labels and units (as appropriate) If necessary, implement any iterative solution techniques with the Newton-Raphson iteration scheme; be sure to check that the result is accurate to both the absolute and relative tolerances. A word to the wise: be sure to check your output against hand calcu lations. In addition, automate the quadrant check and quadrant correction for any necessary angular calculations. Run your code with the following input values: 11152.7+9684.0 j - 2405.7 f (km) -65940-1.1884 j + 1.6406 (km/s) ti 0 sec t2 7200 sec Ar = 10 A4= 10 Code needs to be done on matlab.

Answer 1

There are total 4 classes. Student class is inherited and publicly accessed by 2 more classesFirstYearStudent and SecondYearStudent and there is 1 more School class. So total 4 classes

In main function when School object is called 100 constructors from FirstYearStudent of Student and 100constructors from SecondYearStudent of Student and 1 of school constructor and 100 constructor of FirstYearStudent itself and 100 constructors of SecondYearStudent which means s a total of 401 objects will be created because 401 will be created.