def average(values):
nvals = len(values)
sum = 0.0
for v in values:
sum += v
return float(sum) / nvals
## my script using the math module ##
import mymath #
values = [2, 4, 6, 8, 10]
print('squares:')
for v in values:
print(mymath.square(v))
print('Cubes:')
for v in values:
print(mymath.cube(v))
print('average: ' + str(mymath.average(values)))
import mymath as mt
print(mt.square(2))
print(mt.square(3))
import mymath mymath.square(6) mymath.cube(4)
## My script using the math module ##
import mymath # note no .py
values = [2, 4, 6, 8, 10]
print('squares:')
for v in values:
print(mymath.square(v))
print('Cubes:')
for v in values:
print(mymath.cube(v))
print('Average: ' + str(mymath.average(values)))
import mymath as a
values=[1,4,6,8,10]
print('squares:')
for v in values:
print(a.square(v))
print ('cubes')
for v in values:
print(a.cube(v))
print('average:'+ str(a.average(values)))
from mymath import square from mymath import cube square(6) cube(4)
import mymath as th
values = [2, 4, 6, 8, 10]
print('square:')
for c in values:
print(th.square(c))
print('cubes:')
for c in values:
print(th.cube(c))
print('Average: ' + str(th.average(values)))
import mymath mymath.sqr(5) mymath.cube(6)
from mymath import sqr from mymath import cube sqr(5) cube(7)
