Algoritm & its worst case time complexity are placed in below table screenshot:
C++ data strucs algorithms Big O SECTION List appropriate Worst Case Big O Notation under the...
Please give little explanation, I'm trying to understand why. 2. List appropriate Worst Case Big O Notation under the different algorithms or data structure operations. O(1) O(n) O(n ^ 2) O(log n) A. Directly Accessing value in a 2-dimensional by [row][column] B. Selection Sort then Binary Search on a 1,000,000 element array C. Binary Search D. Highest element algorithm for 10,000 element array. E. Traversal of 6 character string O(n) 3. Give examples of Implicit declarations for Python and C++....
List the worst case and average case Big O for each algorithm below and describe how the algorithm works. You can diagram or write a short paragraph. Bubble Sort Modified Bubble Sort Insertion Sort Merge Sort Selection Sort Shell Heap Quick
1.If a list is implemented as a singly linked stack, give the big-O worst-case time complexity of the following operations (as usual use the smallest standard big-O category that works: a) push_front, b) push_back, c) lookup, d) read the i'th member 2.Repeat question 3 for a dynamic array (for example, as in the C++ vector class)
1. State and explain the definition of big-O. 2. Explain why we use big-O to compare algorithms. 3. Explain why binary search runs in O(log n) time. 4. Under what conditions is it possible to sort a list in less than O(nlog n) time? 5. List and explain the worst-case and average-case running times for each Vector method below: (a) insert(iterator here, Object item) (b) insertAtHead (c) insertAtTail (aka push back) (d) get(iterator here) (e) get(index i) (f) remove(iterator here)...
4. Big-Oh and Rune time Analysis: describe the worst case running time of the following pseudocode functions in Big-Oh notation in terms of the variable n. howing your work is not required (although showing work may allow some partial t in the case your answer is wrong-don't spend a lot of time showing your work.). You MUST choose your answer from the following (not given in any particular order), each of which could be re-used (could be the answer for...
4. [30 pts; 10+9+11] a) You are given traffic data (number of p large number, in the order of hundreds of thousands.) with greatest amount of traffic (k is much smaller than n). Which of insertion sort, m quicksort, or heapsort may be used to devise the fastest (in worst case) algorithm for this task? What would be its worst case big O running time, in terms of n and k? (Note: it as soon as you get the top...
4. [30 pts:10+9+11] a) You are given traffic data (number of page hits) for n websites for some time period. (n is a large number, in the order of hundreds of thousands.) You are asked to print the top k websites with greatest amount of traffic (k is much smaller than n). Which of insertion sort, mergesort quicksort, or heapsort may be used to devise the fastest (in worst case) algorithm for this task? What would be its worst case...
SCIENTIFIC INQUIRY Examine the data in the table below. o Lancelet (outgroup) un Lamprey Tuna Salamander Turtle Leopard Dolphin Backbone Hinged jaw 0 0 1 1 Four limbs 0 0 1 Amnion 0 Milko 0 0 Dorsal fino *Although adult dolphins have only two obvious limbs (their flippersas embryos they have two hind-limb buds for a total of four limbs. o O O Drag the appropriate labels to their respective targets. w many evolutionary changes are required in each tree?...
c++ code In mythology, the Hydra was a monster with many heads. Every time the hero chopped off a head, two smaller heads would grow in its place. Fortunately for the hero, If the head was small enough, he could chop it off without two more growing in its place. To kill the Hydra, all the hero needed to do was to chop off all the heads. Write a program that simulates the Hydra. Instead of heads, we will use...
Multiple Choice Multiple Choice Section 3.1 The Bag ADT For the bag class in Chapter 3 (using a fixed array and a typedef statement) what steps were necessary for changing from a bag of integers to a bag of double values? A. Change the array declaration from int data[CAPACITY] to double data[CAPACITY] and recompile. B. Change the int to double in the typedef statement and recompile. C. Round each double value to an integer before putting it in the bag....