Description
Do as many of these as makes sense to you to do. They vaguely progress from easy to hard. They should only need variables/if-else statements/for or while loops to complete.
func print1to4() {
// this function should print “1 2 3 4” three different ways
// method #1 using a single print statement and no loop
// method #2 using a four print statements
// method #3 using a single print statemnt and a loop
// In comments in the function, discuss the pros/cons to each approach
}
func printStatsFor(number1 : Int, number2 : Int, number3 : Int) {
// this function should take in 3 numbers and print the following
// sum of the three numbers
// average of the three numbers
// product of the three numbers
// smallest of the three numbers
// largest of the three numbers
}
func isOdd(number : Int) -> Bool {
// this functions should return true if the number is odd, and false if the number provided is even
}
func printSquaresAndCubesTable(to number: Int) {
// this function should calculate and print the squares from 1 to number. // Ex print with number = 5
// Note! Don’t use any functions to find the powers, just use the arithmatic we’ve covered so far
}
func raise(_ number : Int, toThePowerOf exponent: Int) -> Int {
// this function should take number and multiply it to itself exponent times
// raise(2, toThePowerOf: 3) should return 8
// raise(1, toThePowerOf: 20) should return 1
// raise(10, toThePowerOf: 3) should return 1000
}
func isAPalindrome(number: Int) -> Bool {
// this function should take in a 5 digit integer, and return true if the number would be the same if the digits were reversed, and false if it would make a new number
// ex:
// isAPalindrome(number: 12321) should return true
// isAPalindrome(number: 55555) should return true
// isAPalindrome(number: 12361) should return false
}
func binaryToInt(_ binaryString : String) -> Int {
// this function should take in a string of 1s and 0s and turn it into the equivalent decimal number
// If you’re not farmiliar with binary, this is a great time to learn about it!
// here are a few examples to get you started
// binaryToInt(“0”) -> 0
// binaryToInt(“1”) -> 1
// binaryToInt(“10”) -> 2
// binaryToInt(“11”) -> 3
// binaryToInt(“100”) -> 4
// binaryToInt(“101”) -> 5
// binaryToInt(“110”) -> 6
// binaryToInt(“111”) -> 7
// binaryToInt(“1000”) -> 8
// binaryToInt(“1001”) -> 9
// binaryToInt(“1010”) -> 10
// binaryToInt(“1011”) -> 11
// binaryToInt(“1100”) -> 12
// binaryToInt(“1101”) -> 13
// binaryToInt(“1110”) -> 14 // binaryToInt(“1111”) -> 15
}
func printACheckerboard() {
// print the following pattern using only one of each of these statements: print(“*”, terminator: “”), print(” “, terminator: “”), print()
}
func printTriangles(height : Int) {
//print the patterns shown here ->
// (shown are height = 5)
}
