Which of the following statements regarding MATLAB ?workspace is true

Create a function in MATLAB that does the following without utilising any of the program's built-in functions (don't use dec2bin or any of the others): Perform the conversion from decimal to binary, octal, or hexadecimal for an integer. Converting from binary, octal, or hexadecimal to decimal is another important step.

In MATLAB

It should be in the given output example format. I gave out this question before too but the answer wasn't in the given format.

Create a Matlab function called myabsolutevalue that inputs a real number a and outputs the absolute value of a. Use a if-else statement to return the result, dont use Matlabs built in function.

I need help with programming in MATLAB.Can you create a function where cartesian coordinates (x,y,z,vx,vy,vz) are transformed into Kepler elements (a, e, i, raan, argp, f) and then create another function where those Kepler elements are tranformed back into cartesian coordinates.

Assume that the following user-defined function is available in Matlab:   function [d, e] = someFunction(a, b, c)        d = 2 * b * c;        e = 3 * d; end   If the following Matlab expression    >> [varA, varB] = someFunction(2, 3, -2);   gets executed in Command Window (and the program control flow is transferred to the someFunction function), which value gets assigned to variable a inside someFunction?     2     -2     3     No value will be assigned to that variable

I need help with MATLAB programmin. I am having a hard time with plotting in MATLAB. The following outputs a plot of the earth with a orbit inside it. The problem is that the calculations in the orbit do not include the radius of the earth. How do I increase the radius of the orbit by the radius of the earth to make the orbit outside of the earth. I tried adding the earth's radius to the x,y,z coordinates, but that only changes the place of the orbit in the plot not the radius.   % Given parametersomega_earth = rad2deg(7.2921151467e-5);period_of_repetition = 1 / 2;ecc = 0.74;inc = 63.4349;raan = -86.915798;argp = 270;f = linspace(0, 360, 100);mu = 398600.4418;t = 0:99; % Calculate semi-major axisa = ((omega_earth * period_of_repetition) / (360))^(-2/3); % Calculate periapsis and apoapsis distancesperiapsis_distance = a * (1 - ecc);apoapsis_distance = a * (1 + ecc); % Initialize arrays to store Cartesian coordinates and velocitiesx = zeros(1, 100);y = zeros(1, 100);z = zeros(1, 100);vx…