Elementary sorts a) Sort the sequence I, L, O, V, E, A, L, G, O, R, I, T, H, M, S using the following sort methods. Show the trace after each iteration of the outer loop. Also, compare the best, worst, and average case scenarios for these algorithms. a. Insertion sort b. Selection sort c. Bubble sort b) Show in the style of the example discussed in class, how shell sorts the array E, A, S,

Elementary sorts a) Sort the sequence I, L, O, V, E, A, L, G, O, R, I, T, H, M, S using the following sort methods. Show the trace after each iteration of the outer loop. Also, compare the best, worst, and average case scenarios for these algorithms. a. Insertion sort b. Selection sort c. Bubble sort b) Show in the style of the example discussed in class, how shell sorts the array E, A, S,

C++ Programming: From Problem Analysis to Program Design

8th Edition

ISBN:9781337102087

Author:D. S. Malik

Publisher:D. S. Malik

Chapter16: Searching, Sorting And Vector Type

Section: Chapter Questions

Problem 19PE

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Please use python and comment on code so I can better understand. The program should have room to be able to also do bubble, selection, and insertion sort comparison. I do not need those I just need better understanding for quick sort and space to implement the others to compare speed of best and worst case. The code should take a file containg over 6,000 different numbers and these numbers should will be sorted and the best and worst case time recorded.
def large_rec(m: list[list[int]], r: int, c: int) -> int:"""Do not use any imports, dictionaries, try-except statements or break and continue please you must make use of the helper long here as you loop througheach row of the matrix returns the area of the largest rectangle whose top left corner is atposition r, c in m.>>> case1 = [[1, 0, 1, 0, 0],... [1, 0, 1, 1, 1],... [1, 1, 1, 1, 1],... [1, 0, 0, 1, 0]]>>> largest_at_position(case1, 1, 2)6""" Helper code: def long(lst: list[int]) -> int: count = 0i = 0while i < len(lst) and lst[i] != 0:i = i + 1count = count + 1return count
L = ['arya', 'bran', 'drogon', 'gendry', 'hodor', 'jon', 'sansa', 'tyrion'] Fill out the below table, tracing the call v = binary_search(L, 'daenerys'), a binary search for 'daenerys' in the list L. Fill out one row per iteration of the loop. If there are more rows than iterations, leave extra rows blank. At the end, write the function’s return value v. if element is not found, return None.
Sort [Problem Description] Realize direct insertion sort, half insertion sort, bubble sort, quick sort, select sort, heap sort and merge sort. [Basic Requirements] Raw data is generated randomly. For different problem size, output the number of comparisons and moves required by various sorting algorithms When the program is running, input the problem size from the keyboard, the source data is randomly generated by the system, and then output the comparison times and movement times required by various sorting algorithms under this problem scale. do the code in c++ please.
Sort Realize direct insertion sort, half insertion sort, bubble sort, quick sort, select sort, heap sort and merge sort. Raw data is generated randomly. For different problem size, output the number of comparisons and moves required by various sorting algorithms When the program is running, input the problem size from the keyboard, the source data is randomly generated by the system, and then output the comparison times and movement times required by various sorting algorithms under this problem scale. . In this problem above it show not be different programs to each sort but one program for all the sorts mention..and after running the program it should ask the the user to input problem size.do it in C language..the output should be like the attachment picture
Sort Realize direct insertion sort, half insertion sort, bubble sort, quick sort, select sort, heap sort and merge sort. Raw data is generated randomly. For different problem size, output the number of comparisons and moves required by various sorting algorithms When the program is running, input the problem size from the keyboard, the source data is randomly generated by the system, and then output the comparison times and movement times required by various sorting algorithms under this problem scale. do this in C langauge ...it should ne able to do like the attached picture
2. List all the steps used to search for 7 in the list 1, 3, 4, 5, 6, 8, 9, 11 using a) a linear search b) a binary search
(C Language) The Fibonacci sequence begins with 0 and then 1 follows. All subsequent values are the sum of the previous two, for example: 0, 1, 1, 2, 3, 5, 8, 13. Complete the Fibonacci() function, which takes in an index, n, and returns the nth value in the sequence. Any negative index values should return -1.
L = ['arya', 'bran', 'drogon', 'gendry', 'hodor', 'jon', 'sansa', 'tyrion'] how do you fill out the below table, tracing v = binary_search(L, 'tyrion'), a binary search for 'tyrion' in the list L. Fill out one row per iteration of the loop. If there are more rows than iterations, leave extra rows blank. At the end, write the function’s return value v. if element is not found, return None.
Use the following selection sort algorithm to answer the questions below: a) Identify the straight-line code in the above algorithm. b) Fill in the following table that counts the number of times that the innermost piece of code will be executed. c) Sum the last column of the table and simplify as much as you can. d) Based on your answer to part c what is the runtime of the algorithm?
use a while loop instead of for loop for this function you are not allowed to use any of the following: dictionaries or dictionary methods try-except break and continue statements recursion map / filter
TOPIC: SORT[Problem Description]Realize direct insertion sort, half insertion sort, bubble sort, quick sort, select sort, heap sort and merge sort. [Basic Requirements]1) Raw data is generated randomly.2) For different problem size, output the number of comparisons and moves required by various sorting algorithms3) When the program is running, input the problem size from the keyboard, the source data is randomly generated by the system, and then output the comparison times and movement times required by various sorting algorithms under this problem scale.