This function will calculate the n term in the Fibonacci Numbers and return in fib_no. By definition, the function returns 0 for n =1, and returns 1 for n = 2. For the subsequence number: nh = (n - 2)th + (n - 1)th You need to verify the input n > 0. Task 2 Sample Output Please enter the nth term Fibonacci number to compute: -1 Please enter a number greater than 0! Please enter the nth term Fibonacci number to compute: 12 The Fibonacci series is: 0, 1, 1, 2, 3, 5, 8, 13, 21, 34, 55, 89 The 12th. term is: 89

This function will calculate the n term in the Fibonacci Numbers and return in fib_no. By definition, the function returns 0 for n =1, and returns 1 for n = 2. For the subsequence number: nh = (n - 2)th + (n - 1)th You need to verify the input n > 0. Task 2 Sample Output Please enter the nth term Fibonacci number to compute: -1 Please enter a number greater than 0! Please enter the nth term Fibonacci number to compute: 12 The Fibonacci series is: 0, 1, 1, 2, 3, 5, 8, 13, 21, 34, 55, 89 The 12th. term is: 89

C++ Programming: From Problem Analysis to Program Design

8th Edition

ISBN:9781337102087

Author:D. S. Malik

Publisher:D. S. Malik

Chapter15: Recursion

Section: Chapter Questions

Problem 6PE

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python nMath: pentagonal numbers) A pentagonal number is defined as n(3n-1)/2 for n=1,2,..., and so on. So, the first few numbers are 1, 5, 12, 22, .... Write a function with the following header that returns a pentagonal number: def getPentagonalNumber(n): Write a test program that uses this function to display the first 100 pentagonal numbers with 10 numbers on each line.
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# We have small bags of cement (10 kilograms each)# We have big bags of cement (50 kilograms each)# Return the number of each of the bags to use,# assuming we always use big bags before small bags.# Return -1 for each if it can't be done.## Oh, and there 4 errors in the main() function# Happy Debugging! import random def main():keep_going = "y" while keepgoing.upper() == "Y": small_bags = random.randint(5,20) big_bags = random.randint(1,5) goal = random.randint(60,350,10) small_used, big_used = make_cemont(small_bags, big_bags, gaol)if small_used == -1: print("Sorry, we can't reach", goal, "kilograms with", small_bags, "small bags and", big_bags, "big bags.")else: print("Goal", goal, "kilograms achieved!") print("Small bags:", small_used, "out of", small_bags) print(" Big bags:", big_used, "out of", big_bags) another_round = input("Try again (y/n)?: ")def make_cement(small_bags_supplied, big_bags_supplied,…
Python code Write a function that, given two integers, return the product of every integer between them, inclusive. #Example function code: #def circle_area(radius): #area = math.pi * radius ** 2 #return area
1. Write a program that lets the user guess whether a randomly generated integer would be even or odd. The program randomly generates an integer and divides it by 2. The integer is even if the remainder is 0, otherwise odd. The program prompts the user to enter a guess and reports whether the guess is correct or incorrect.
Part3: Exercises Exercise 1: Write a Python program that inputs five positive integer numbers, finds their maximum and sort them in ascending order. Each number should be a distinct number (i.e. all numbers are different). Each number should be input and returned by a function named getValue(.) that receives a prompt message. A second function ascSortNumbers(..) should sort numbers and display them on screen in ascending order. A third function maxNumber(.) should receive five numbers as parameters and returns the maximum number to the function main..), which then prints the maximum number. Please input 5 numbers: 30 30 20 10 56 Invalid input, try again Please input 5 numbers: -9 67 20 10 97 Invalid input, try again Please input 5 numbers: 17 158 98 2 Sorted: 2 8 15 17 98 Maximum is: 98 Activate Window Go to Settings to activ Figure 1. Exercise 1 Sample Run.
Code in Python: Your hangman game should be broken into appropriate functions, contain a main function, anddo the following:1. The program should randomly select a word from the list: kangaroo, capybara, wombat,koala, wallaby, quokka, platypus, dingo, kookaburra2. Repeatedly prompt the user to guess a letter.3. Validate the input4. All guessed letters should be stored in a two-dimensional list (from problem 2). If thenumber of times a letter has been guessed is greater than 1, then the user should benotified that they have already guessed this letter and prompted to guess a differentletter. The hangman won’t update (grow) if the same incorrect letter is guessed multipletimes.5. The word should be printed where all correctly guessed letters are revealed, and allunguessed letters are replaced with underscores6. A hangman reflecting the number of incorrect guesses should be printed7. If all the letters in the word are guessed, then the user wins. If the hangman / number ofincorrect…
In python An emirp is a nonpalindromic prime number whose reversal is also a prime. For example, 17 is a prime, and 71 is a prime, so 17 and 71 are emirps. Write a function that displays the first n emirps, display 10 numbers per line. displayEmirps(n), where n – is the number of palindromic prime numbers to display Prompt the user to enter how many numbers to display.
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