Complete the following program that collects an input word from the keyboard and finds if the word is palindrome. A word is palindrome if the sequence of characters are the same from left-to-right and right-to-left, for example, "dad", "racecar" or "rotor" are all palindrome words because they can be read the same either forward or backward. word = input ("Enter a word: ") 1s palindrome = True 1 = -1 for 1f word(j) != word[i]: if not is palindrome: else: 1-1 is palindrome -False print ("word is palindrome") Jin range(len(word) i+1 print ("word is not palindrome") len(word) Jin word

Complete the following program that collects an input word from the keyboard and finds if the word is palindrome. A word is palindrome if the sequence of characters are the same from left-to-right and right-to-left, for example, "dad", "racecar" or "rotor" are all palindrome words because they can be read the same either forward or backward. word = input ("Enter a word: ") 1s palindrome = True 1 = -1 for 1f word(j) != word[i]: if not is palindrome: else: 1-1 is palindrome -False print ("word is palindrome") Jin range(len(word) i+1 print ("word is not palindrome") len(word) Jin word

C++ Programming: From Problem Analysis to Program Design

8th Edition

ISBN:9781337102087

Author:D. S. Malik

Publisher:D. S. Malik

Chapter7: User-defined Simple Data Types, Namespaces, And The String Type

Section: Chapter Questions

Problem 3PE

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Complete the following program that collects an input word from the keyboard and finds if the word is palindrome. A word is palindrome if the sequence of characters are the same from left-to-right and right-to-left, for example, "dad", "racecar" or "rotor" are all palindrome words because they can be read the same either forward or backward. word = input ("Enter a word: ") is palindrome = True i = -1 for if word[j] != word[i]: i = if not is palindrome: else: print ("word is palindrome") i+1 -1 len(word) is_palindrome = False jin word i-1 print ("word is not palindrome") jin range(len(word))
Three numbersa. Write a program that reads three numbers and prints “all the same” if they are allthe same, “all different” if they are all different, and “neither” otherwise.b. Write a program that reads three numbers and prints “increasing” if they are inincreasing order, “decreasing” if they are in decreasing order, and “neither”otherwise. Here, “increasing” means “strictly increasing”, with each value largerthan its predecessor. The sequence 3 4 4 would not be considered increasing.c. Repeat part b. but before reading the numbers, ask the user whetherincreasing/decreasing should be “strict” or “lenient”. In lenient mode, thesequence 3 4 4 is increasing and the sequence 4 4 4 is both increasing anddecreasing
6. A palindrome is a number or text phrase that reads the same backwards or forwards. For example, each of the following five-digit integers is a palindrome: 12321, 55555, 45554 and 11611. Write a program that reads a 5 digit integer and determines whether it is a palindrome. Hint: One way to do this is to use division (/) and modulus (%) operators to separate the number into individual digits.
Complete the following program that collects an input word from the keyboard and finds if the word is palindrome. A word is palindrome if the sequence of characters are the same from left-to-right and right-to-left, for example, "dad", "racecar" or "rotor" are all palindrome words because they read the same either forward or backward. word = input ("Enter a word: ") is_palindrome True i for char in word: if is_palindrome False i if is_palindrome: else: len(word) - 1 i- 1 -1 print ("word is palindrome") len(word) char != word[i] print ("word is not palindrome") char word[i] i+1 =3= ||
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Part a:Finding Pythagorean Triples with OpenMPWrite a program that calculates Pythagorean triples using nested for loops. The Pythagorean Theorem states the following:?2 + ?2 = ?2Where a, b, and c are whole numbers. Part b: Modifying the Pythagorean Theorem Modify the Pythagorean Theorem by either adding or subtracting a times b on the left-hand-side, and run the program again. Are there integer solutions for this??2 + ?2 + ??= ?2
A regular polygon is an n-sided polygon in which all sides are of the same length and all angles have the same degree (i.e., the polygon is both equilateral and equiangular). The formula for computing the area of a regular polygon is Area = ( n * s2 ) / (4 * tan( π/n) Here, s is the length of a side. Write a program that prompts the user to enter the number of sides and their length of a regular polygon and displays its area.