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sahcoop
Vehicles-project
Appreciating Java OOP, hierarchy, overloading and overriding methodsDelivery-order
This program simulates the delivery order of a company. It calculates the charges per the item and time of delivery of the order, then gives discounts.alx-low_level_programming
Introduction to C programming language.PersonalView
This project serves as my introduction webpageEncryption-Decryption-program
This program takes a given input from the user and encrypts it, and can also decrypt data using a given decryption keyAnimal-project
Java, Object-oriented, hierarchy, super classes, toMonsterJam
Monster Jam ExerciseNightWatch-project
This project provides an insight about a NightWatch company and the people in it, which have different and similar attributesAlgorithms
Flowcharts created to illustrate algorithmsSquare-and-Squareroot-table
This program will take an input from the user and print the square and squareroot table up to the number given by the user.FindPosition
This program checks the position of the max value in a array.Fibonacci-series
This program calculates and displays the first 10 elements of the Fibonacci series.Name-initials-program
This program will take the full name of the user and print out the Surname and initialsPrimeNumberChecker
This program will collect a number of inputs from the user and check/sort the prime numbers from the non-prime numbers. It will print out the inputs by the categoryalx-zero_day
I'm now a ALX Student, this is my first repository as a full-stack engineerHershewajue
Config files for my GitHub profile.SortList
This program arranges or sort the values in the array from the minimum to maximumReverseSorting
This program will sort the words or inputs given by the user, and print them out in reverse order. Like first in, last order kind of sorting.zero_day
This is my first repository as a full-stack engineerDrug-Poteny
This program will prompt the user to enter at least two two-dimensional points and will produce the regression table Take n = number of iterations slope (m) = (nβxy - βxβy) / (n(βx^2) - (βx)^2) y-intercept (c) = βy/n - mβx/n Pearson's corr (r) = (nβxy - βxβy) / sqrt((n(βx^2) - (βx)^2) - ((nβy^2) - (βy)^2))Love Open Source and this site? Check out how you can help us