<gh_stars>0
# area_circle.py

#import math
def areaCirlce(radius):
    #area = math.pi*radius**2
    # instead of math import we used actual val of pi as 3.141592653589793
    area = 3.141592653589793 * radius**2

    return area

    #testing area.
# print(areaCirlce(7))
# print(areaCirlce('g'))
# test function here.
# area1 = areaCirlce(10)
# print(area1)
# area2 = areaCirlce(7)
# print(area2)

# area_circle.py

#import math
def areaCirlce(radius):
    #area = math.pi*radius**2
    # instead of math import we used actual val of pi as 3.141592653589793
    area = 3.141592653589793 * radius**2

    return area

    #testing area.
# print(areaCirlce(7))
# print(areaCirlce('g'))
# test function here.
# area1 = areaCirlce(10)
# print(area1)
# area2 = areaCirlce(7)
# print(area2)
# area_circle.py #import math #area = math.pi*radius**2 # instead of math import we used actual val of pi as 3.141592653589793 #testing area. # print(areaCirlce(7)) # print(areaCirlce('g')) # test function here. # area1 = areaCirlce(10) # print(area1) # area2 = areaCirlce(7) # print(area2)