text: # author: <Lyric Marner>
  # date: <July 2, 2021>
  #
  # description: <fill in>
  
  
  # Variables can be used in the same expression to assign to the variable thanks to its unique properties.
  #   When we write something like:
  #       x = 5
  #       x = x + 1
  #
  #   The operation happens BEFORE the assignment. Meaning the value of x is retrieved from memory and plugged into
  #   the equation x + 1 becoming 5 + 1 in this case. Then these values are added together resulting in:
  #       x = 10
  #
  #   The assignment then takes place and the value 10 overwrites the value 5 within the memory location.
  #   Python has a way we can write this in shorthand:
  #       x += 1
  #   Is functionally the same as:
  #       x = x + 1
  #
  #   Subtraction is done using the - symbol instead of the +
  #       x -= 1
  #   Is functionally the same as:
  #       x = x - 1
  #
  #   The rest of the assignment operators follow this format where the symbol is placed directly in front of the equals
  #   sign. Check the documentation below for more information.
  
  # --------------- Section 2 --------------- #
  
  # 2.1 | Self Operation
  #
  # Relevant Documentation
  #   - https://www.w3schools.com/python/gloss_python_assignment_operators.asp
  #
  # Variables:
  #   1) Create a variable named x and set it to some value that is not 0.
  #   2) Modify this variable using the assignment operators to perform operations with itelf. Complete
  #   the following operations:
  #       - Addition with itself and a random number.
  #       - Subtraction with itself and a random number.
  #       - Multiplication with itself and a random number.
  #       - True or Floor Division with itself and a random number.
  #       - Addition with itself and an equation
  #           - Example Equation: ((10 - 2) * (4 + 3) - 1) * 15
  #
  x = 2
  x += 9
  x -= 7
  x *= 5 
  x /= 4
  x += ((18-9)*3/3+90)  