Question: The fast exponentiation algorithm described in chapter 2 is at a high-level. Specify and show the computation steps for the Big O of both the
The fast exponentiation algorithm described in chapter 2 is at a high-level. Specify and show the computation steps for the Big O of both the algorithms. Please comment your pseudocode well. 25 pts
Write a low-level algorithm in the form of a pseudocode that one can use to implement. Now change the pseudocode to implement modular fast exponentiation. The least common multiple (LCM) of integers A and B is the smallest integer that A and B both divide into evenly. Specify and show the computation steps for the Big O of both the algorithms. Please comment your pseudocode well. 25 pts
Write an efficient pseudocode to compute GCD of two numbers. How can you use the GCD to computer LCM? Write the pseudocode to do that. Write an algorithm in the form of a pseudocode to find the largest item in an unsorted singly linked list with cells containing integers. Please comment your pseudocode well. Specify and show the computation steps for the Big O of both the algorithms. 20 pts
Write an algorithm in the form of a pseudocode to find the second smallest item in an unsorted singly linked list with cells containing integers. Please comment your pseudocode well. Specify and show the computation steps for the Big O of both the algorithms. 20 pts
Is there any difference between the Big O running time of algorithms in question 4 and question 5? Which of the algorithms would run faster in real-time? Explain. 5 pts
Step by Step Solution
There are 3 Steps involved in it
Get step-by-step solutions from verified subject matter experts
