How can I apply this python code in the problem?

in kotlin Write two versions of a recursive palindrome check function.  One version should have a block body, and the other should have an expression body.  Review the lecture slide about the substring function first.  Use this algorithm: if the length of the string is less than 2, return true else if the first and last characters are not equal (!=) return false else return the result of a recursive call with the substring from the second character (the one at index 1) to the second to last character. Use a main that uses a loop to test the palindrome function using this list of strings:     val ss = listOf("", "A", "AA", "AB", "AAA", "ABA", "ABB", "AAAA", "AABA", "ABBA", "ABCBA", "ABCAB")

Write a recursive algorithm with the following prototype: int divide (int x, int y); that returns x/y (integer division). You need not test for divide by 0. THE FUNCTION MUST BE RECURSIVE. (hint: base case should be when x

Implement a recursive is_palindrome(s:str)->bool function, which checks if the given string is a palindrome or not.       Examples: >>> is_palindrome('racecar') True >>> is_palindrome('racecars') False   please help my homework and put here screenshot.  # instruction said not using loops

solve q5 only please

Convert Newton's method for approximating square roots in Project 1 to a recursive function named newton . (Hint: The estimate of the square root should be passed as a second argument to the function.) An example of the program input and output is shown below: Enter a positive number or enter/return to quit: 2 The program's estimate is 1.4142135623746899 Python's estimate is 1.4142135623730951 Enter a positive number or enter/return to quit

Please explain the questions related to the code below:   //1. Why is 20 printed 3 times and why does it start with 1, but end with 2? //2. What is the base case for this recursive method and why?             //3. How would you implement this using a loop? //4. What is each if statement checking?             //5. Would a solution to this using loops require more or less code and would it be more or less effecient? //6. Why is recursion a good choice to solve this problem? //7. How can recursion become infinite?             //8. When is recursion appropriate?     /* Load the code below into a cloud compiler and run each method one at a time by removing the comments for the method. Walk through the code as a group and explore how the code works. Submit the answers to the numbered questions for credit. */   public class DemoRecur {             //Simple statement designed to show control flow in recursion             public static void printDemo(int x, int max)             {…

Design and implement a recursive program(in java) to determine and print the Nth line of Pascal's triangle, as shown below. Each interior value is the sum of the two values above it. Hint: Use an array to store the values on each line.

Write a recursive algorithm with the following prototype: int add (int x, int y); that returns x if y is 0; and adds x to y otherwise. THE FUNCTION MUST BE RECURSIVE. (hint: the base case should involve a test for y being 0; recursive case should reduce y towards 0)

Python Question :Which of the following describes the base case in a recursive solution? Group of answer choices the way to return to the main function the case in which the problem is solved through recursion the way to stop the recursion a case in which the problem can be solved without recursion