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33/Python-Practice

/python/003/003.002.py
import math

# print(math.pi)
# print(math.e)
# print(math.sin(math.pi))
# print(math.degrees(math.pi))
# print(math.radians(180))

# print(math.factorial(5))
# print(math.lcm(4, 12))

# print(math.sqrt(4))
# print(math.sqrt(2))

# print(math.ceil(2.6))
# print(math.floor(2.6))

# print(math.trunc(2.6))
# print(math.trunc(-2.6))

# print(math.gcd(4, 12))

# print(math.pow(2, 3))
# print(math.pow(2, 3, 4))

# print(math.trunc(2.6), math.trunc(-2.6))

# print(math.ceil(2.6), math.floor(2.6))

# print(math.degrees(1.5707963267948966))
# print(math.radians(90))
#
# print(math.log(1000, 10))
# print(math.log(1000))
# print(math.log10(1000))
# print(math.log10(10000))

# print(math.log2(1024))

# print(math.log(1000, 10), math.log(1000), math.log10(1000), math.log10(10000), math.log2(1024))

# print(math.acos(0))
# print(math.acos(0.5))
# print(math.acos(1))
# print(math.acos(-1))

# print(math.asin(0))
# print(math.asin(0.5))
# print(math.asin(1))
# print(math.asin(-1))

# print(math.atan(0))
# print(math.atan(0.5))
# print(math.atan(1))
# print(math.atan(-1))

# print(math.atan2(1, 1))
# print(math.atan2(-1, 1))
# print(math.atan2(1, -1))
# print(math.atan2(-1, -1))

# print(math.sin(0))
# print(math.sin(math.pi/2))
# print(math.sin(math.pi))
# print(math.sin(2 * math.pi))

# print(math.cos(0))
# print(math.cos(math.pi/2))
# print(math.cos(math.pi))
# print(math.cos(2 * math.pi))

# print(math.tan(0))
# print(math.tan(math.pi/2))
# print(math.tan(math.pi))
# print(math.tan(2 * math.pi))

# print(math.sinh(0))
# print(math.sinh(1))
# print(math.sinh(2))
# print(math.sinh(3))

# print(math.cosh(0))
# print(math.cosh(1))
# print(math.cosh(2))
# print(math.cosh(3))

# print(math.tanh(0))
# print(math.tanh(1))
# print(math.tanh(2))
# print(math.tanh(3))

# print(math.asinh(0))
# print(math.asinh(1))
# print(math.asinh(2))
# print(math.asinh(3))

# print(math.acosh(1))
# print(math.acosh(2))
# print(math.acosh(3))

# print(math.atanh(0))
# print(math.atanh(0.5))
# print(math.atanh(1))
# print(math.atanh(3))

# print(math.degrees(1.5707963267948966))
# print(math.radians(90))

# print(math.log(1000, 10), math.log(1000), math.log10(1000), math.log10(10000), math.log2(1024))

# print(math.hypot(3, 4))

# print(math.sin(30))
# print(math.cos(30))
# print(math.tan(30))

# print(math.degrees(30))
# print(math.radians(60))

# print(math.degrees(30), math.radians(60))

# print(math.degrees(math.pi/6))
# print(math.radians(math.pi/3))

# print(math.degrees(math.pi/6))
# print(math.radians(math.pi/3))

# print(math.degrees(math.pi/4))
# print(math.radians(math.pi/2))

# print(math.degrees(math.pi/4))
# print(math.radians(math.pi/2))

# print(math.degrees(math.pi/4))
# print(math.radians(math.pi/2))

/python/003/003.004.py
import math

# print(math.sqrt(9))
# print(math.sqrt(16))

# print(math.sqrt(-1))

# print(math.sqrt(9.0))
# print(math.sqrt(-9.0))

# print(math.sqrt(0))

# print(math.sqrt(1))

# print(math.sqrt(-1))

# print(math.sqrt(-1))

# print(math.sqrt(-1))

# print(math.sqrt(0))

# print(math.sqrt(1))

# print(math.sqrt(1))

# print(math.sqrt(-1))

# print(math.sqrt(-1))

# print(math.sqrt(-1))

# print(math.sqrt(-1))

# print(math.sqrt(-1))

# print(math.sqrt(-1))

# print(math.sqrt(-1))

# print(math.sqrt(-1))

# print(math.sqrt