Mubashir needs your help to find out the next happy year. A Happy Year is the year with only distinct digits. Create a function that takes an integer year and returns the next happy year. Examples happyYear (2017) → 2018 // 2018 has all distinct digits happyYear (1990) → 2013 happyYear (2021) → 2031

Mubashir needs your help to find out the next happy year. A Happy Year is the year with only distinct digits. Create a function that takes an integer year and returns the next happy year. Examples happyYear (2017) → 2018 // 2018 has all distinct digits happyYear (1990) → 2013 happyYear (2021) → 2031

COMPREHENSIVE MICROSOFT OFFICE 365 EXCE

1st Edition

ISBN:9780357392676

Author:FREUND, Steven

Publisher:FREUND, Steven

Chapter3: Working With Large Worksheets, Charting, And What-if Analysis

Section: Chapter Questions

Problem 2.2EYK

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Mubashir needs your help to find out the next happy year. A Happy Year is the year with only distinct digits. Create a function that takes an integer year and returns the next happy year. Examples happyYear (2017) → 2018 // 2018 has all distinct digits happyYear (1990) - 2013 happyYear (2021) → 2031 Notes
Given a letter, created a function which returns the nearest vowel to the letter. If two vowels are equidistant to the given letter, return the earlier vowel. Examples nearest Vowel("b") nearest Vowel("s") nearestVowel("c") nearest Vowel("i") Notes • All letters will be given in lowercase. • There will be no alphabet wrapping involved, meaning the closest vowel to "z" should return "u", not "a".
A happy number is a number which yields a 1 by repeatedly summing up the square of its digits. If such a process results in an endless cycle of numbers containing 4, the number is said to be an unhappy number. Create a function that accepts a number and determines whether the number is a happy number or not. Return true if so, false otherwise. Examples isHappy (67) → false isHappy (89) → false isHappy (139) → true isHappy (1327) isHappy (2871) → false isHappy (3970) → true Notes false • Hint: Your loop terminates if the value of n is either 1 or 4. • Optionally, you can solve this challenge via a recursive approach. • A recursive version of this challenge can be found here.
Given a sentence, create a function which shifts the first letter of each word to the next word in the sentence (shifting right). Examples shiftSentence("create a function") → "freate caunction" shiftSentence("it should shift the sentence") → "st ihould shift shiftSentence("the output is not very legible") - "lhe tutput o: shiftSentence ("edabit") → "edabit" Notes • The last word shifts its first letter to the first word in the sentence. • All sentences will be given in lowercase. Note how single words remain untouched (example #4).
Given a letter, created a function which returns the nearest vowel to the letter. If two vowels are equidistant to the given letter, return the earlier vowel. Examples nearest Vowel ("b") nearest Vowel("s") nearest Vowel("c") → "a" nearest Vowel("i") ➡ "i" "a" - Notes • All letters will be given in lowercase. • There will be no alphabet wrapping involved, meaning the closest vowel to "z" should return "u", not "a".
Create a function that takes the age in years and returns the age in days. Notes • Use 365 days as the length of a year for this challenge. • Ignore leap years and days between last birthday and now. · Expect only positive integer inputs. Example: calc_age(65) – 23725 calc_age(0) – 0 calc_age(20) – 7300
Given a letter, created a function which returns the nearest vowel to the letter. If two vowels are equidistant to the given letter, return the earlier vowel. Examples nearest Vowel("b") - "a" nearestVowel("s") → "u" nearest Vowel ("c") → "a" nearest Vowel("i") → "i"
A lucky number is a number that gives 1 by repeatedly adding the square of its digits. If such a process results in an endless cycle of numbers containing 4, that number is said to be an unlucky number. Create a function that accepts a number and determines whether the number is lucky or not. If so, return true, otherwise false. Examples isHappy (67) → false isHappy (89) false isHappy (2871) → false isHappy (3970) → true Solution in JS li
1. Fibonacci series can be created starting from 0 to the desired number. A function can be written for this operation and it can take two parameters: start and end. The default fırst parameter 0 is acceptable. 0, 1, 1, 2, 3, 5, 8, 13, 21, 34, 55, 89, 144, 233, 377, 610, 987, 1597, 2584, 4181, 6765..
Given a sentence, create a function which shifts the first letter of each word to the next word in the sentence (shifting right). Examples shiftSentence("create a function") → "freate caunction" shiftSentence("it should shift the sentence"). → "st ihould shift she tentence" shiftSentence("the output is not very legible") → "The tutput os iot nery vegible" JAVA SCRIPT Programming
Define function print_popcorn_time() with parameter bag_ounces. If bag_ounces is less than 3, print "Too small". If greater than 10, print "Too large". Otherwise, compute and print 6 * bag_ounces followed by "seconds". End with a newline. Remember that print() automatically adds a newline.
Python only* Use recursive function*. Define concentricCircles with 4 parameters Use def to define concentricCircles with 4 parameters here is the specification for concentricCircles function: It draws a series of concentric circles, where the first parameter specifies the radius of the outermost circle, and the second parameter specifies the number of circles to draw. When viewed as nested rings, all rings should have the same thickness. The third and fourth parameters specify an outer color and an other color, respectively. The outer color is used for the outermost circle, and then every other circle in to the center alternates between that color and the other color. We will test both how many circles are drawn as well as whether the correct circles are drawn in the correct order. Hint: Each function call frame only needs to draw a single circle. Note that you must use the turtleBeads drawDot function to draw each circle Do not use any kind of loop Within the definition of…