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Compare The Tripets | HackerRank Problem Solved by Aditya Shrivastava

  Alice and Bob each created one problem for HackerRank. A reviewer rates the two challenges, awarding points on a scale from   1   to   100   for three categories:   problem clarity ,   originality , and   difficulty . The rating for Alice's challenge is the triplet  a = (a[0], a[1], a[2]) , and the rating for Bob's challenge is the triplet  b = (b[0], b[1], b[2]) . The task is to find their  comparison points  by comparing  a[0]  with  b[0] ,  a[1]  with  b[1] , and  a[2]  with  b[2] . If  a[i] > b[i] , then Alice is awarded  1  point. If  a[i] < b[i] , then Bob is awarded  1  point. If  a[i] = b[i] , then neither person receives a point. Comparison points is the total points a person earned. Given  a  and  b , determine their respective comparison points. Example a = [1, 2, 3] b = [3, 2, 1] For elements *0*, Bob is awarded a point because  a[0] . For the equal elements  a[1]  and  b[1] , no points are earned. Finally, for elements  2 ,  a[2] > b[2]  so Alice receive
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Simple List Sum | Given a List of integers, find the sum of its elements | Hackerrank

  Given an array of integers, find the sum of its elements. For example, if the array a = [1,2,3,4,5] then return 1+2+3+4+5 i.e 15 This is a problem from hackerrank problem solving section and i have solved it. HERE IS THE CODE: # MyProgramArchives # Made by Aditya Shrivastava # Please Solve on your own and try less to search on internet #Initilizing function def simpleArraySum (ar): # sum is set to 0 num = 0 # iterating over the array for i in range( 0 , len(ar)): # here is the main part. As num was set to 0 # we can start adding the values from the list # if you analyze the code you will find a chain of numbers adding # over each iteration num = num + ar[i] #returnimg the value of num as it will have or final sum return num I also faced problem, solving this question but at last you get success. THANK YOU. VISIT AGAIN !!!! *PLEASE USE FOR EDUCATIONAL PURPOSE ONLY Aditya Shrivastava | MyProgramArchives
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Alphabets Module by Aditya Shrivastava | FULL DOCUMENTATION

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 Alphabets Module is a module which will help you whenever you need a alphabet in form of list or one-liner strings. Made By Aditya Shrivastava Written in Python 3.8.0 INSTALLATION: This module is available at PyPi. Install Using pip View Alphabets Module Here pip install alphabets DOCUMENTAION: *Tip - After Importing The Module, Use help(alphabets)   to access the in-module documentation alphabets.small() = Returns a list of alphabets in small ['a','b','c','d','e','f','g','h','i','j','k','l','m','n','o','p','q','r','s','t','u','v','w','x','y','z'] alphabets.smallOneLine =  Returns small alphabets in single line "abcdefghijklmnopqrstuvwxyz" alphabets.capital() =  Returns a list of alphabets in CAPITAL ['A','B','C','D','E','F
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Very Easy "Guess The Number" Game in Python

This is a game where you have to guess the number picked by the computer in the  range of 1 to 50 The Program Will Keep Running Until The User Guesses the Right Number It is written in Python 3.8.0 Enjoy... Source Code: #importing random module for selecting random number between 1 - 50 import random #computer saving a random number between 1-50 in the variable name "number" number = random.randrange(1,50) #User Starts Guessing The Number guess = int ( input ( "Guess A Number Beetween 1 - 50: " )) #now the program will keep running until the user guesses the right number while guess != number: if number > guess: print ( "You Need To Guess A Higher Number, Try Again!" ) guess = int ( input ( "Guess A Number Beetween 1 - 50: " )) else : print ( "You Need To Guess A Lower Number, Try Again!" ) guess = int ( input ( "Guess A Number Beetween 1 - 50: " )) print ( " \n Co
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Mensurator | A Python Program Which Will Calculate Perimeter Or Area For You

This is a program which calculates the Perimeter or the Area of the 4 basic shape i.e Rectangle,Triangle,Square and Circle by Aditya Shrivastava The User has the power to select the mode (Perimeter, Area) and the Shape and give input to the values according to the shape chosen. It is written in Python 3.8.0 Enjoy... Source Code: The following code files are required to be in the same folder: script.py # Mensurator Program # Made By Aditya Shrivastava # COPYRIGHT Aditya Shrivastava 2020-3020 #-----------------------------Importation----------------------------------------- from perimeter import perimeterFinder from area import areaFinder # ----------------------------Welcome Screen--------------------------------------- myProgram = True print ( "---------------------------------------------------------------------------------------" ) print ( "Welcome To Mensurator" ) print ( "---------------------" ) while myProgram == True: #-
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