You’re tasked with pairing up people with each other but you need to figure out how well both of them work together. In order to find out how effective each pair is, you need to create a program that adds both of their values and returns their sum.
Write a program/method to swap two neighboring numbers in an array when the first index is given
The first three lines will contain message prompts to input the three decimal numbers.
The last line contains the result in two decimal places.
a. Partially True
b. Absolute True
c. Partially False
d. Obviously False
Choose the appropriate one from the options above.
1. bool arr[ ] ={false, ture, 0}; is a calid array declaration and initialization.
2. float arr[6] = {43, 23.23 ,423 ,123.43 ,876,23}; is a valid array declaration and initialization.
3. int arr[55] = {1, 2, 3, 4123.34, 123.43, 876, 23}; is a valid array declaration and initialization.
4. int arr[2] = {1, 2, 3, 4123.34, 123.43, 876, 23}; is a valid array declaration and initialization.
5. float arr[20] = {43, 23.23 ,423 ,123.43 ,876, 23}; is a valid array declaration and initialization.
6. bool truth_table[ ] ={true}; is a valid array declaration and initialization.
7. int arr[ ] = {1, 2, 3, 4123.34, 123.43, 876, 23}; is a valid array declaration and initialization.
8.what is the output if the user input are the numbers 12, 23, 34, 45, 56, 67, 78, 89, 90, 101?
Your task is to develop a circular linked-list based simulation of the Josephus problem. The
simulation will be text based. The user should be presented with a text-based menu asking him to
enter the total number of people (n), starting point (i), direction (clockwise/anti-clockwise) and
number to be skipped (k).
Let’s take an example.
• For n =15 (i.e. number of people is 15)
• k = 2 (i.e. every 2nd person is killed)
• starting point (i) = 1
• direction = clockwise
Initial scenario: 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15
After 1
st iteration: 1 3 5 7 9 11 13 15
After 2
nd iteration: 3 7 11 15
After 3rd iteration: 7 15
After 4th iteration: 15 (15 remains in the end). Program stops here.
SAMPLE RUN:
Class Participation
Quiz 1: 90
Quiz 2: 95
Quiz 3: 89
Quiz 4: 80
Average: 88.5
Lab. 1: 100
Lab. 2: 95
Lab. 3: 80
Lab 4: 70
Average: 86.25
Assignment 1: 100
Assignment 2: 80
Assignment 3: 89
Assignment 4: 75
Average: 86
Class Participation: 34.73
Prelim Exam: 95
%: 57.00
Prelim Grade: 91.73
Remarks: PASSED
Test that array with both selection sort and bubble sort.Compute the time taken for each algorithm to complete.Repeat step two and three for 1000, 10000, 100000, and 1000000 random numbers.Plot the results in a graph
Write a program/method to compare two neighboring numbers in an array when the first index is given.Now combine the above two methods and implement bubble sort algorithm. You must call the above two methods in your sorting program.Now test your sorting program with a random number array generator you created 2
Test that array with both selection sort and bubble sort.Compute the time taken for each algorithm to complete.Repeat step two and three for 1000, 10000, 100000, and 1000000 random numbers.Plot the results in a graph
Write a program that will input student’s information (i.e. name, id, cgpa) who have enrolled
for CSE-207 course in Summer 2020. You have to declare a pointer variable to input the
information and dynamically allocate memory for storing information of each student. After
taking input find out the student name who has obtained the highest GPA.