What are two statements that specify exiting of ongoing loop iteration in MATLAB? How do they differ in their behavior during execution?

Using your favorite language and compiler, investigate the order of evaluation of subroutine parameters. Are they usually evaluated left-to-right or right-toleft? Are they ever evaluated in the other order? (Can you be sure?) Write a program in which the order makes a difference in the results of the computation.

How is the repeated calling of a recursion function controlled? What kind of command and control structure is being utilized in this instance?

Why do there always be straight lines even I have changed the parameters?

in MATLAB, how can i program a nested for loop for variable pairs i and j to look like this: I =1  J=1 I =1  J=2 I =2  J=1 I =2  J =2 I =3  J =1 I =3  J =2

Give an example of a while loop, then provide the equivalent do-while loop and for loop.  Then give a different example of a do-while loop, along with the equivalent while loop and for loop. Finally, give an example of a for loop, along with the equivalent while loop and do-while loop. Use your examples to illustrate the advantages and disadvantages of each looping structure, and describe those advantages and disadvantages.

My professor asked this question to the class. How much should the line of nodes have rotated for a true sun-synchronous orbit? What makes an orbit a true sun-synchronous orbit? Also, I calculated the estimated orbit in MATLAB. But, it was different than the true orbit. What causes the discrepancy between an estimated orbit data vs the actual orbit data? Is it just the numerical error or could it be things like the Sun and Moon or Atmospheric drag?

Make a presentation on Looping and types of variables.

I am trying zero-phase filtering on my data using the "filtfilt" function in Matlab. In contrast, the input length should be one-third the order of the filter. Weird, right? Why is that the case?

Modify program ball from Example 5.7 by replacing the inner for loops with vectorized calculations. (Matlab format)