four advanced sorting algorithms covered in this chapter. Create a 1,000-element randomly generated array for the tests. What is the algorithm's ranking? What happens when the array size is increased to 10,000, then 100,000 elements?

Make a list of all mathematical operations and sort them descendingly.

We need assistance with algorithm design.   Create an algorithm that, given an array of numbers, outputs a new array in which each number has an equal chance of appearing in each position.

The algorithm: –In an array of n elements, go to index [n/2] –If the record there is the one you want, you are done –If the record value there is smaller than your search value, all records less than the current record can be ignored – set your search range of elements to [n/2+1…n] and return to step 1 –Otherwise, set your range of elements to [0…(n/2)-1] and return to step 1 –Repeat this loop until you have 0 elements (record is not found) or record is found Short answer Another approach to the update algorithm is to perform use the delete function for the old value and if it is successful, call the insert function using the new value. Explain in your own words if you think this approach is significantly better, worse, or in the same category as the algorithm discussed in the slides, and why.

Write the algorithm which finds the second maximum value of the array. Then find the complexity of the algorithm as Big O notation

Write a Java program to sort an array of given integers using Selection Sort Algorithm.

Assume you are playing a card game using a standard 52-card deck. You are dealt a hand of cards that are all the same suit, spades. You are dealt first a 5, then a 3, then 8, and finally 4. You first took the 5 into your hand. Then you put the three before the 5. Next you put the 8 behind the 5. Finally, you put the 4 between the 3 and 5. Which sorting algorithm is most similar to how you sorted your hand?  Group of answer choices   1. Quick Sort 2. Insertion Sort 3. Merge Sort 4. Selection Sort

Java

Compare the sorting times of the insertion sort with QuickSort using a small array (less than 20). What is the time difference? Could you explain why?