plt.show()
# -------------------------------------------------------------------------------------------
# Import Decimal below:
from decimal import Decimal
# Fix the floating point math below:
two_decimal_points = Decimal('0.2') + Decimal('0.69')
print(two_decimal_points)
four_decimal_points = Decimal('0.53') * Decimal('0.65')
print(four_decimal_points)
# -------------------------------------------------------------------------------------------
# how to import from another file
# from file named library
def always_three():
return 3
# from different file
# Import library below:
from library import always_three
# Call your function below:
print(always_three())
# Import library below: from library import always_three # Call your function below: always_three()
print(randomer_number)
import codecademylib3_seaborn
# Add your code below:
from matplotlib import pyplot as plt
import random
numbers_a = range(1, 13)
numbers_b = random.sample(range(1000), 12)
plt.plot(numbers_a, numbers_b)
plt.show()
# Import Decimal below:
from decimal import Decimal
# Fix the floating point math below:
two_decimal_points = Decimal('0.2') + Decimal('0.69')
print(two_decimal_points)
four_decimal_points = Decimal('0.53') * Decimal('0.65')
print(four_decimal_points)
# Import library below:
from library import always_three
# Call your function below:
num = always_three()
# Import library below: from library import always_three # Call your function below: always_three(2, 2, 2)
# Ch 7: Modules (Aug 17, 2019) # via 4. Modules Python Files and Scope # using library.py as the example # Import library below: from library import always_three # Call your function below: n = always_three() print(n)
