import math

#Has a function to calculate the square footage of a house
# Reminder  of formula : Length X Width == Area

#step 1
def house_area(width , length):
    area = width * length
    return area


width = float(input('Please enter the width of the house:'))
length = float(input('Please enter the length of the house: '))

total_area = house_area(width, length)

print(total_area)


#def h_a(w1, l1)
    #return w1 * l1

#ta = h_a(3, 3)

#print(ta)

# Has a function to calculate the circumference of a circle
two = 2.00
pi = math.pi
def circle_circum(two , pi , radius):
    circum = 2 * pi * radius
    return circum

radius = float(input('Please enter the radius of the circle:'))

total_circum = circle_circum(two, pi, radius)

print(circle_circum(two, pi, radius))


659e0d887835fd6b636908449df29371fb23188b
<mask token>


def house_area(width, length):
    area = width * length
    return area


<mask token>


def circle_circum(two, pi, radius):
    circum = 2 * pi * radius
    return circum


<mask token>

<mask token>


def house_area(width, length):
    area = width * length
    return area


<mask token>
print(total_area)
<mask token>


def circle_circum(two, pi, radius):
    circum = 2 * pi * radius
    return circum


<mask token>
print(circle_circum(two, pi, radius))

<mask token>


def house_area(width, length):
    area = width * length
    return area


width = float(input('Please enter the width of the house:'))
length = float(input('Please enter the length of the house: '))
total_area = house_area(width, length)
print(total_area)
two = 2.0
pi = math.pi


def circle_circum(two, pi, radius):
    circum = 2 * pi * radius
    return circum


radius = float(input('Please enter the radius of the circle:'))
total_circum = circle_circum(two, pi, radius)
print(circle_circum(two, pi, radius))

import math


def house_area(width, length):
    area = width * length
    return area


width = float(input('Please enter the width of the house:'))
length = float(input('Please enter the length of the house: '))
total_area = house_area(width, length)
print(total_area)
two = 2.0
pi = math.pi


def circle_circum(two, pi, radius):
    circum = 2 * pi * radius
    return circum


radius = float(input('Please enter the radius of the circle:'))
total_circum = circle_circum(two, pi, radius)
print(circle_circum(two, pi, radius))

import math

#Has a function to calculate the square footage of a house
# Reminder  of formula : Length X Width == Area

#step 1
def house_area(width , length):
    area = width * length
    return area


width = float(input('Please enter the width of the house:'))
length = float(input('Please enter the length of the house: '))

total_area = house_area(width, length)

print(total_area)


#def h_a(w1, l1)
    #return w1 * l1

#ta = h_a(3, 3)

#print(ta)

# Has a function to calculate the circumference of a circle
two = 2.00
pi = math.pi
def circle_circum(two , pi , radius):
    circum = 2 * pi * radius
    return circum

radius = float(input('Please enter the radius of the circle:'))

total_circum = circle_circum(two, pi, radius)

print(circle_circum(two, pi, radius))

