Questions.txt

Write these as static functions callable from Program.cs.

Print 1-255

public static void PrintNumbers()
{
    // Print all of the integers from 1 to 255.
}

Print odd numbers between 1-255

public static void PrintOdds()
{
    // Print all of the odd integers from 1 to 255.
}

Print Sum

public static void PrintSum()
{
    // Print all of the numbers from 0 to 255, 
    // but this time, also print the sum as you go. 
    // For example, your output should be something like this:
    
    // New number: 0 Sum: 0
    // New number: 1 Sum: 1
    // New Number: 2 Sum: 3
}

Iterating through an Array

public static void LoopArray(int[] numbers)
{
    // Write a function that would iterate through each item of the given integer array and 
    // print each value to the console. 
}

Find Max

public static int FindMax(int[] numbers)
{
    // Write a function that takes an integer array and prints and returns the maximum value in the array. 
    // Your program should also work with a given array that has all negative numbers (e.g. [-3, -5, -7]), 
    // or even a mix of positive numbers, negative numbers and zero.
}

Get Average

public static void GetAverage(int[] numbers)
{
    // Write a function that takes an integer array and prints the AVERAGE of the values in the array.
    // For example, with an array [2, 10, 3], your program should write 5 to the console.
}

Array with Odd Numbers

public static int[] OddArray()
{
    // Write a function that creates, and then returns, an array that contains all the odd numbers between 1 to 255. 
    // When the program is done, this array should have the values of [1, 3, 5, 7, ... 255].
}

Greater than Y

public static int GreaterThanY(int[] numbers, int y)
{
    // Write a function that takes an integer array, and a integer "y" and returns the number of array values 
    // That are greater than the "y" value. 
    // For example, if array = [1, 3, 5, 7] and y = 3. Your function should return 2 
    // (since there are two values in the array that are greater than 3).
}

Square the Values

public static void SquareArrayValues(int[] numbers)
{
    // Write a function that takes an integer array "numbers", and then multiplies each value by itself.
    // For example, [1,5,10,-10] should become [1,25,100,100]
}

Eliminate Negative Numbers

public static void EliminateNegatives(int[] numbers)
{
    // Given an integer array "numbers", say [1, 5, 10, -2], create a function that replaces any negative number with the value of 0. 
    // When the program is done, "numbers" should have no negative values, say [1, 5, 10, 0].
}

Min, Max, and Average

public static void MinMaxAverage(int[] numbers)
{
    // Given an integer array, say [1, 5, 10, -2], create a function that prints the maximum number in the array, 
    // the minimum value in the array, and the average of the values in the array.
}

Shifting the values in an array

public static void ShiftValues(int[] numbers)
{
    // Given an integer array, say [1, 5, 10, 7, -2], 
    // Write a function that shifts each number by one to the front and adds '0' to the end. 
    // For example, when the program is done, if the array [1, 5, 10, 7, -2] is passed to the function, 
    // it should become [5, 10, 7, -2, 0].
}

Number to String

public static object[] NumToString(int[] numbers)
{
    // Write a function that takes an integer array and returns an object array 
    // that replaces any negative number with the string 'Dojo'.
    // For example, if array "numbers" is initially [-1, -3, 2] 
    // your function should return an array with values ['Dojo', 'Dojo', 2].
}