GeoCities Python Fun!

Math Operations

Let's do some radical math!

Testing out some logic!

Test	Description	Result
5 > 3	Tests if 5 is greater than 3	True
5 >= 3	Tests if 5 is greater than or equal to 3	True
5 == 3	Tests if 5 is equal to 3	False
5 != 3	Tests if 5 is different than 3	True
5 <= 3	Tests if 5 is lower than or equal to 3	False
5 < 3	Tests if 5 is lower than 3	False
not True	Opposite of True	False

Exploring the groovy math module!

Function	Description
`import math`	Imports the math module
`math.ceil(x)`	Rounds x up
`math.floor(x)`	Rounds x down
`round(x)` ¹	Rounds x with 0 decimal places
`round(x, 2)` ¹	Rounds x with 2 decimal places
`math.sqrt(x)`	Square root of x
`math.sin(angle)`	Sine of angle
`math.cos(angle)`	Cosine of angle
`math.tan(angle)`	Tangent of angle
`math.sinh(x)`	Hyperbolic sine of x
`math.cosh(x)`	Hyperbolic cosine of x
`math.tanh(x)`	Hyperbolic tangent of x
`math.asin(angle)`	Arc sine of angle
`math.acos(angle)`	Arc cosine of angle
`math.atan(angle)`	Arc tangent of angle
`math.asinh(x)`	Inverse hyperbolic sine of x
`math.acosh(x)`	Inverse hyperbolic cosine of x
`math.atanh(x)`	Inverse hyperbolic tangent of x
`math.degrees(angle)` ²	Convert angle from radians to degrees
`math.radians(angle)` ²	Convert angle from degrees to radians
`math.factorial(x)`	Factorial of x
`math.gamma(x)`	Gamma function of x
`math.exp(x)`	e to the power of x
`math.log(x)`	Natural logarithm of x
`math.log(x, 2)`	Base 2 logarithm of x
`math.e`	Constant e
`math.pi`	Constant pi

¹ round is not part of the math module.

² The Python standard is to work with angles in radians.

Solving quadratic equations is a breeze!

# This script solves ax^2 + bx + c = 0

import math

a = 1

b = -1

c = -6

delta = b**2 - 4*a*c

r1 = (-b + math.sqrt(delta))/(2*a)

r2 = (-b - math.sqrt(delta))/(2*a)

print(f"r1 = {r1}")

print(f"r2 = {r2}")

Results:

r1 = 3.0

r2 = -2.0

This section is still under construction, but I'm working hard to bring you more awesome Python content! Check back soon!

Stay Tuned!