Using pointers, access Peter's array without him knowing it   * and place three values that you got from the user (101, 63,   * 21) at locations 3, 6, and 9. Recalculate the sum value and   * update it.  ( the output should be same as the picture)

10 Build the Sudoku Reviewer ( the testing program). The specification is below. Please note: you DO NOT have to build a Sudoku solver. To test you just need to build a class that generates a 9x9 2D array with the values you want to test. You can assume the value types are valid. (integers from 1-9). 1-The main purpose is to make sure the Sudoku solver actually solved it correctly! 2- You are also confirming the solver solves puzzle in no longer than a minute 3- Solver (not the reviewer) requires 7 INDICES (ELEMENTS) filled in the input array at least. 4- The reviewer receives both the original puzzle and the solution. The Reviewer needs to confirm the solution is not only a valid SudoKu solution but also the solution to the original puzzle. 5- Solver will return a 2d array filled with -1s if input array has an error/bad input (exception). Reviewer will check for this case.

part a- 2point) for 3 students find the average of a student by asking him how many grades do you have. The answer to this question, determine the size of the array(list of grades) and then ask the user to enter grades(the number of the grades is equal to the size of the array) then calculate the average for each student. Hence, you will calculate 3 averages. to calculate the average, use the array accumulator. Also when you get each grade validate it. validation for grade means that you check whether a grade is between 0 and 100. if the grade is negative or a grade is more than 100 then it is not valid and you have to ask the user to enter a grade again. Part b- 1 point) Find the maximum and minimum grades for each student. Part c- 1 point) Print the sorted list of the grades for each student. example: if grades user entered are: 60 78 98 23 45 then sorted list is:23 45 60 78 98 (Array not vector)

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Assume that the integer array myScores has been declared and assigned values. Assume that the integer variable size has been declared and initialized using the number of elements in the array myScores. Write a code block that declares a pointer to an integer and initializes it using the address of the array. Use that pointer to access the array elements, compute their average (as double), and display it on the screen.

Please create an array (called intArr) of type int that contains 25 elements. Then create a pointer (pointer2Arr) to the array.

Write code to declare array that contains names of 7 stores. Then write a statement that will call a function that will return the name of the store randomly.

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Consider the following set of premises and conclusions. Assume all variables are statement variables. a. p V q b. q →r C. pAs →t d. ~r e. ~g → u A S f. :it Deduce the conclusion from the premises by applying the valid argument forms listed in Table 2.3.1 in Section 2.3. Use the same format for the steps of the deduction as in Example 2.3.8. Step 1 of the deduction could be the following. by premise (b) by premise (d) by modus tollens Fill in the blanks for Step 2 of the deduction. p vq by ---Select--- v by ---Select--- v :p by Select--- Complete the steps of the deduction, including reasons, and submit your work as a free response. (Submit a file with a maximum size of 1 MB.) Choose File No file chosen