First-Repo/math.py at main · Azie-11/First-Repo · GitHub

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#EX6.1-QUEZON, ANGEL SIERRA C.
# PYTHON PROGRAMMING ACTIVITY
# EXPLORING THE MATH MODULE

# IMPORT THE MATH MODULE
import math


print('THIS IS A CHANGE')

# PRINTS THE CONSTANTS pi and Euler's Number
print("")
print("-----Constants of pi and Euler's Number-----")
print("")
e = math.e
pi = math.pi
print("Value of pi = ", pi)
print("Value of e = ", e)

#-----------------------
print("")
#----------------------

# PRINTS the SQUARE ROOT OF A NUMBER
print("-----Square root of a Number-----")
print("")
print("x = 12345")

# CALCULATES SQUARE ROOT BY MATH MODULE
x = 12345
SQRT = math.sqrt(x)
print("SQUARE ROOT OF x =",  SQRT)

#---------------
print("")
#---------------

# RETURNS THE FACTORIAL OF A NUMBER
print("-----Factorial of a number-----")
print("")
x = 10
print("x = 10")

# CALCULATES THE FACTORIAL OF A NUMBER

Fact = math.factorial(x)
print("Factorial of x =", Fact)

#----------
print("")
#-----------

# RETURNS THE POWER OF A NUMBER
print("-----Power of a number-----")
print("")
base = 10
exponent = 10
print("base =", base)
print("exponent = ", exponent)

# Calculates the power of a number
POWER = math.pow(base, exponent)
print("The power of", base, "rasied to", exponent, "is", POWER)

# ---------------
print("")
# --------------

# Truncates a number
print("-----Truncate of a number-----")
print("")
print("x = 1234.5678")
x = 1234.5678

trunc = math.trunc(x)
print("Truncate of", x, "is", trunc)

#------------
print("")
#-----------

# RETURNS THE LOGARITHM OF A NUMBER
print("-----Logarithm of a number-----")
print("")
print("x = 123")
x = 123

# CALCULATES THE LOGARITHM OF A NUMBER

log = math.log(x)

print("The Logarithm of", x, "is", log)

#--------------
print("")
#--------------

# RETURNS THE TRIGONOMETRIC CALCULATIONS
print("-----Trigonometric Functions-----")
print("")
print("angle given: 45 degrees")
angle = 45

# CALCULATE SIN, COS, TAN

sin = math.sin(angle)
cos = math.cos(angle)
tan = math.tan(angle)

print("Sine Function = ", sin)
print("Cosine Function = ", cos)
print("Tangent Function = ", tan)

#------------
print("")
#-----------

# ANGLE IN DEGREES TO RADIANS
print("-----Degree to Radians Conversion-----")
print("")
print("angle = 45 degrees")
angle = 45

Rad = math.radians(angle)
print("ANGLE_ DEGREES = ", angle)
print("ANGLE_RADIANS = ", Rad)

#----------------
print("")
#--------------=

# ANGLE IN RADIANS TO DEGREES
print("-----Radians to Degrees-----")
print("")
rad = 0.785398
print("Angle in Radians = ", rad)

# CALCULATES the conversion radians - degrees

deg = math.degrees(rad)
print("ANGLE_RADIANS = ", rad)
print("ANGLE_DEGREES = ", deg)