mehagel

def is_fibonacci?(i)
  if (i <= 3)
    return true
  else
    num = [0,1,1,2,3,5]
    (i).times do
    num.push(num[-1]+num[-2])
	end
    num
    

mehagel

class GuessingGame
  def initialize(answer)
    @answer=answer
  end
  
  def guess(guess)
    @solved=false
    if guess > @answer
      :high
    elsif guess < @answer

mehagel

class Die
  def initialize(labels)
    @labels=labels
    
    if @labels.length == 0
          raise ArgumentError.new("Only Die with one or more sides is allowed!")
    else
    end  
  end
  

mehagel

def super_fizzbuzz(array)
  fizzbuzzed = []
  array.each do |n|
    if (n % 3 == 0) && (n % 5 == 0)
         fizzbuzzed  << "FizzBuzz"
	elsif (n % 3 == 0) 
         fizzbuzzed  << "Fizz"
	elsif (n % 5 == 0)
	 fizzbuzzed  << "Buzz"
    else

mehagel

class Die
  def initialize(sides)
    @sides=sides
    if @sides <= 0
          raise ArgumentError.new("Only Die with one or more sides is allowed!")
    else
    end  
  end
  
  

mehagel

grocery_list = {}

grocery_list['items'] = 'milk'
grocery_list['items'] = 'eggs'
grocery_list['items'] = 'bread'
grocery_list['items'] = 'eggs'


grocery_list.each do |c_word, word|
puts "#{c_word}:#{word}"

mehagel

def fizzblam(array)
 fizzblammed  = []
  array.each do |n|
    if (n %5  == 0) && (n % 7 == 0)
         fizzblammed  << "FizzBlam"
  elsif (n % 5 == 0) 
         fizzblammed   << "Fizz"
    elsif (n % 7 == 0)
         fizzblammed   << "Blam"
    else

mehagel

class Array
  def pad!(min_size, value = nil)
    x = min_size - self.count #take the argument and subtract the count from it.
    x.times do
     self << value
    end
    
    self
  end
  

mehagel

class Rectangle
  attr_accessor :width, :height

	def initialize(width, height)
	@width  = width
	@height = height
	end
  
	def area
		return area = @width * @height

mehagel

def smallest_integer(array)
	i=0
	if array.length > i
		puts array.min
	else
		puts nil
	
	end
end
smallest_integer([34,-456,56])