Added examples to the README file

README.md

@@ -3,7 +3,23 @@ This is a collection of classes and functions that I have found I use often enou
 
 #Algorithms
 This is a collection of functions that is not large enough to justify a class, but too helpful to not keep track of.
-
+Usage Examples:
+	primes = getPrimes(number)	#This returns all prime numbers less than or equal to number
+	primes = getNumPrimes(number)	#This returns a list of the first number prime numbers
+	factors = getFactors(number)	#This returns a list of all the factors of number
+	divisors = getDivisors(number)	#This returns a list of all the divisors of number
+	fib = getFib(number)	#This returns the fibonacci number F[number]
+	fib = getAllFib(number)	#This returns a list of all of the fibonacci numbers less than or equal to number
+	num = prod(numbers)	#This returns the value of the product of all the elements in the list numbers
 
 #Stopwatch
 This class is used for timing portions of your code.
+You can use the various get functions to return a specific resolution of time or you can use the getString function to return the time at the "best" resolution in the target format of xxx.xxx {resolution}
+Usage Example:
+	timer = Stopwatch()
+	timer.start()
+	#The code to be timed here
+	timer.stop()
+	print("It took " + timer.getString() + " to run this algorithm")
+	#It could also be done this way
+	print("It took " + timer.getMilliseconds() + " to run this algorithm")