IFT 194 CH 8
1. Draw and name a one-dimensional array that would hold 10 temperatures. Number the elements.2. Draw and name four parallel arrays that would hold the following data: Store sales customers Region A24 5000 500 A A26 3000 200 A C30 6000 550 C B44 4000 560 B3. Can all the data in question 2 be put into a two-dimensional array? Explain. 4. Mr. Jones always gives True/False tests to his class. His tests always have 20 questions. The maximum class size is 35. He needs a program that will calculate the student’s grades based on the best score A will range from the best score, to the best score minus 2.B will range from the best score minus 3, to the best score minus 4.C will range from the best score minus 5, to the best score minus 6.D will range from the best score minus 7, to the best score minus 8.F will be below the best score minus 8. ## Each student’s ID and test answers will be entered. The output will be each student’s ID, number correct, and grade, along with the single highest score for the class. Develop a solution for Mr. Jones problem. Use four one-dimensional arrays—one for the correct scores and the other three for the needed output. write your pseudo code first and then write the Python code that implements it.** below is a suggested way to do this — there are other ways such as setting up 2-D arrays) Using the format of P1, set up four arrays of student scores assume 10 questionsand 4 students.( this will illustrate the approach without too many numbers Write a function to populate a student score array.Populate these student arrays with zeros ( false) and 1s ( true), as their scores .See problem 6 pg 175 and use that random function not including theinteger ‘1’. (instead of ‘coin’ flips this slightly modified random number generator Integer(Random * 2) ( check out the Python equivalentwill simply yield 0, or 1, which is what you want). Now manipulate those 4 arrays to answer Jones’ questions