You need to implement one of the following pairs of algorithms in Python and compare their performances (e.g., execution times, precision, etc. as appropriate) as the problem size gets bigger. ●くろまる Cocktail sort and Insertion sort ●くろまる Newton-Raphson method and Secant method* for finding roots of f(x) = 0 • Trapezoidal rule and Simpson's rule for numerical integration of f(x)dx. Your codes should be adequately annotated to explain the workflow. You need to include flowcharts/pseudocodes to explain the algorithms you are implementing . Make sure that your implementation adheres to the flowchart/pseudocode. You need to show evidences that your implementations were thoroughly tested. For complexity analysis, you may compare the execution time (and/or the number of iterations, etc.) of the two algorithms. For numerical algorithms you should also check the precision of your outputs.

I am having some issues in understanding pointers, references and overloading and how should I apply them? It is because I already understand how to define, use, and understand the theory behind it. Yet, still lost when trying to apply them in various situations.

Create a C++ programme that uses this recursive method to answer the Towers of Hanoi puzzle. It conveys the movements by showing them; this needs far less code than graphically presenting the towers. It is up to the person perusing the list to carry out the change.

Provide an example of method overriding in Python, and discuss how it facilitates polymorphism.

Explain the code solution to this problem in a step-by-step way. The steps should be described in English, and it should explain each part of the code step by step.

To commence, may we present a succinct summary of the compiler, followed by a discussion of advantageous pointers regarding testability?

try using other data structures to iterate over and see what happens. Does the way for treats those data structures make sense?

Does the fact that semaphore manipulation is atomic mean that execution of critical sections is physically atomic? How about conceptually atomic? please Explain in 2-3 sentences.

What precisely is the purpose of debugging, and how does it operate in practice? In what ways does this information relate to the evaluation procedure?

Could I get an example of a program writen in C that uses qsort() to sort its command line vector argv by the length of the strings? This is part of my first project and I don't understand pointers very well. If you have a video on how it is done that would work too. I looked at the meterial provided to me and I still cant rap my head around it. If this is to big of a question if you could baby step me through how pointers work that would be a great help. Thank you

we utilized a dynamic programming approach to solve the Robot Problem (Unique Paths), implementing a bottom-up solution. We also provided Python code to demonstrate the solution. Now, your task is to find a similar problem and solve it using dynamic programming. Please explain your approach and provide Python code implementation. (I look forward to seeing interesting problems, like the Robot Problem!)

What precisely is the purpose of debugging, and how does it operate in practise? In what ways does this information relate to the evaluation procedure?