Write a program to solve the Josephus problem, with the following modification: Sample Input: ./a.out n m p where n is the number of players and m is the count used for every odd turn while p is the count used for every even turn. /a.out 5 2 3 Sample Output: Round 1: 1 -> 3 -> 4 -> 5 Round 2: 1->3-> 4 Round 3: 1 -> 4 Round 4: 1 Winner is 1.

Write a C program using for loop to read weight of 5 persons. Then calculate the average weight for all Print the average weight calculated for all 5 persons. Note: Average=Total /5 Sample Ouput: Enter weight of person 1: 10.5 Enter weight of person 2: 20.5 Enter weight of person 3: 30.0 Enter weight of person 4: 40.5 Enter weight of person 5: 50.5 Average Weight = 30.4 kg

From a list of numbers, calculate the average. The length of the list will vary. -99 will signal the end of the valid input. (Python) Input Format Inputs will be whole numbers. Sample input: 80 90 75 95 -99 Constraints Do not use any functions besides int, input, and print. There will always be at least one valid number input. Output Format Just output the average. Sample output: 85.0 Sample Input 0 80 90 75 95 -99 Sample Output 0 85.0

write a python program that prints a 3 column table showing the circumference and area of ten circles of a specified random radius. see sample output. the area and circumference are calculated and printed by a custom function that takes radius as its only arguement. the low and high values for the range of random radii are specifiedby user inputs in main. the main function should then use these high and low values and the random module in a loop to genrrate random integers and execute the custom function with the random integers as radii. in the table, the radius column should be 6 charas. wide with 1 decimal, the circumference column should be 12 charas. wide with 3 decimals, and the area column should be 11 charas. wide with 2 decimals.