Exercise 1-Printing Characters of Odd ASCII Codes Recursively Exercise Objectives Calling functions recursively ✓ Comparing the iterative approach vs. the recursive approach Problem Description A cell type might split into two or three every hour, or might die. The likelihood for splitting into two is 30% and into three is 55% and dying is 15% for every lifespan. Assume that we start with a sample of one cell, write a recursive function to calculate and return the total number of cell after a number of hours. The function receives the umber of hours as a parameter. Hint: use rand() function to simulate the percentage. Use this function signature: int cell(int total hours). The function should stop when the total hours left is 0 or less. Write the main function that prompts the user to enter the number of hours and pass the number of hours to the recursive function cell. Then print the result returned by the recursive function

Exercise 1-Printing Characters of Odd ASCII Codes Recursively Exercise Objectives Calling functions recursively ✓ Comparing the iterative approach vs. the recursive approach Problem Description A cell type might split into two or three every hour, or might die. The likelihood for splitting into two is 30% and into three is 55% and dying is 15% for every lifespan. Assume that we start with a sample of one cell, write a recursive function to calculate and return the total number of cell after a number of hours. The function receives the umber of hours as a parameter. Hint: use rand() function to simulate the percentage. Use this function signature: int cell(int total hours). The function should stop when the total hours left is 0 or less. Write the main function that prompts the user to enter the number of hours and pass the number of hours to the recursive function cell. Then print the result returned by the recursive function

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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answer the menstion question in SS
REMINDER: - Every recursive function must have one or more base cases, - The general (recursive) case must eventually be reduced to a base case (terminating condition), -The base case stops the recursion, - Every recursive call has its own copy of parameters and the local variables [1], - A recursive function is a function that calls itself [5]. Let a be an array of integers. Present recursive algorithms and write their C implementations to compute: the maximum (minimum) element of the array, • the sum (product) of the elements of the array, • the average of the elements of the array HINT: Use functions having the following prototypes: name_of_the_function(int a[], int n) ; For example, function that computes maximum/minimum element in the array can be named as find_max () / find_min ().
REMINDER: - Every recursive function must have one or more base cases, - The general (recursive) case must eventually be reduced to a base case (terminating condition), - The base case stops the recursion, - Every recursive call has its own copy of parameters and the local variables [1), -A recursive function is a function that calls itself (5). Let a be an array of integers. Present recursive algorithms and write their C implementations to compute: the maximum (minimum) element of the array, • the sum (product) of the elements of the array, • the average of the elements of the array HINT: Use functions having the following prototypes: name_of_the_function (int al 1, int n); For example, function that computes maximum/minimum element in the array can be named as find_max()/ find min ().
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e. Problem 5. Devise a function that receives a string and computes how many asterisks are in the string with a recursive method. For instance, if the input is "Able was I ere ***Elba", the function should output 3. If the input is "Peanuts", the function should return 0. Approach: Let's assume the signature of our function is countAsterisks(s) where s is the input string. In the body of your function, check if s[0] is equal to an asterisk. If the string contains only a single character and it is an asterisk, return 1. If the string contains only a single character and it is not an asterisk, return 0. If the string is longer than one character, determine if the first character is an asterisk and count it if this is the case. Then, create a new string s1 that is the same as the input string s but without the first character. Recursively call countAsterisks (s1) and return the value returned from this recursive call, plus one (if there is an asterisk in s[0]). Also, writing any explicit…
A recursive function is a function defined in terms of itself via self-referential expressions. This means that the function will continue to call itself and repeat its behavior until some condition is met to return a result. a- Write a python recursive function prod that takes x as an argument, and returns the result where, result=1*1/2*1/3*….*1/n b- Include a screenshot that shows a python program that uses the above function and prints the rounded result to three decimal places after prompting the user to enter a number, x. Use x=3. N.B: The code should be included in your answer.
Python program (recursive function) A recursive function is a function defined in terms of itself via self-referential expressions. This means that the function will continue to call itself and repeat its behavior until some condition is met to return a result. Write a python recursive functionprod that takes x as an argument, and returns the result where, result=1*1/2*1/3*….*1/n Include a screenshot that shows a python program that uses the above function and prints the rounded result to three decimal placesafter prompting the user to enter a number, x. Use x=3. N.B: The code should be included please.