Create a function, called best$\_$bang$\_$for$\_$the$\_$buck, which takes three

arguments : max$\_$price,

# min$\_$living$\_$space, and min$\_$year of types float, float and int respectively. All

three arguments

# should have default values.

# Each default value must allow the function to disregard any filtering of the

data, i$.$e$.$ if no

# min$\_$living$\_$space value is passed into the function then the function will

consider all homes

# regardless of how large or small it is but still abide by the max$\_$price and

min$\_$year values. If

# there is no max$\_$price and no min$\_$year values passed into the function then the

function will

# consider every home regardless of price and build year but still abide by a

minimum living space.

# The function must return the home that offers "best bang for the buck", i$.$e$.$ best

price per square foot.

# $(15$ points$)$