Numbers math.py

#-------------------------------------------------------------------------------
# Name:        module1
# Purpose:
#
# Author:      User
#
# Created:     28/03/2019
# Copyright:   (c) User 2019
# Licence:     <your licence>
#-------------------------------------------------------------------------------

print("""Mathematical operator order is - BEDMAS
or PEDMAS""")

print("""print("BEDMAS" "=") will show  , ("BEDMAS" "=") """)
print("BEDMAS" "=" """"Brackets, Exponents, Division,
 Multiplication, Addition, Subtraction""")

print("""PEDMAS = Parenthecis (), Exponents **, Division /,
 Multiplication *, Addition + , Subtraction - """)

print("""left to right or left associative rule
 for * / - + operators""")
print(("print(6-3+2) =") + str(6-3+2))
print(("print(6-3+2) =") + str(6-3+2))

print(("print(6-3+2) =") + str(6-3+2))

print(("print(6/3*2) =") + str(6/3*2))
print("left to right or left associative rule for * / - + operators")
#----------------------
print("but for ** right to left or right associative rule for * / - + operators")
print(("print(2**3**2) =") + str(2**3**2))


print(("2+3")+ "=" + str(2+3))

print(2+(3-1))
print("(2+(3-1))"+ "=" + str(2+(3-1)))

print(9/3)
print(("9/3")+ "=" + str(9/3))
print(9/3.0)
print(("9/3.0")+ "=" + str(9/3.0))
print(9.0/3)
print(("9.0/3")+ "=" + str(9.0/3))

print(9*3)
print(("9*3")+ "=" + str(9*3))
print(9.0*3)

print(9*3.0)
print(("9*3.0")+ "=" + str(9*3.0))

print((9-1+2)+(9/3*3))
print(("((9-1+2)+(9/3*3))")+ "=" + str((9-1+2)+(9/3*3)))
print(("(((-9)-1+2)+(9/3*(-3)))")+ "=" + str(((-9)-1+2)+(9/3*(-3))))

print((-9)*(-3))
print(("(-9)*(-3)")+ "=" + str((-9)*(-3)))
print(("(-9)/(-3)")+ "=" + str((-9)/(-3)))
print(("-9/-3")+ "=" + str(-9/-3))
print(("-9*-3")+ "=" + str(-9*-3))

print("idleAllin2.py")
print("================03-03-2019=====================04-03-2019=========\n==========================\n=====================")
print(("10/3")+ "=" + str(10/3))

print(("-10/3")+ "=" + str(-10/3))
print(("10/-3")+ "=" + str(10/-3))

print(9.73800000000)
print(("9.73800000000")+ "=" + str(9.73800000000))
print(("9.738043625475237500")+ "=" + str(9.738043625475237500))
print(("9.73804362547523750082364862865821")+ "=" + str(9.73804362547523750082364862865821))

print(("10**3")+ "=" + str(10**3))

print((" Quotient of " ) + ( " 10//3 ")+ " = " + str(10//3))

print((" Remainder of " ) + ( " 10%3 " )+ " = " + str(10%3))


A=14
B=40
print(""" IF input is A=14 and B=40 then,
 modolous // and remainder % is """)
print("print(A//B) = " , A//B)
print("print(A%B) = " , (A%B))


print(("\"")+ "=" + str("\""))

print(("\""))
print("\"")

print("Hallow, world")
print("Concatenation")
print("2" + "3")
print("2.0" + "3.0")
print("Fun" * 3)
print("2" * 3)

print(("(\"Fun\" * 0)")+ "=" + str(("Fun" * 0)))
print("Fun" * 0)
print(("(\"9\" * 0)")+ "=" + str("9" * 0))
print("9" * 0)
print("New Start")
print("New Start at office on 04-03-2019 ============================================")

print(3*2)
print(3**2)
print(3+2)

print(("print(-12//12) =") + str(-12//12))
print(("print(12%11) =") + str(12%11))
print(("print(-12%11) =") + str(-12%11))
print(12%11)
print(-12%11)

print(3**2)
print(3.0**2)
print("(3**2)"+ "=" + str(3**2))
print("(3.0**2)"+ "=" + str(3.0**2))
print("(OK * 2)"+ "=" + str("OK" * 2))
print("(OK * 2 )"+ "=" + ("OK" * 2))
print("(OK * 2.0 )"+ "=" + ("Error"))

print("""print("(3**2)", "=" , str(3**2))""")
print("and / or")
print("""print("(3**2)"+ "=" + str(3**2))""")
print("will show")
print("(3**2)", "=" , str(3**2))

print(("(\"Fun\" * 0)")+ "=" + str(("Fun" * 0)))
print("Fun" * 0)
print(("(\"9\" * 0)")+ "=" + str("9" * 0))
print("9" * 0)


print(" The slice operators of strings")

print(" The slice operators of strings")

print(""" The slice operators, or indexing in python
 starts from  0 """)

name = "12345 67890"
print(""" in name ='12345 67890' the blank space is also a character""")
print(name[0])
print(name[1])
print(name[3])
print(name[5])
print("print(name[0]) = ", (name[0]) )
print("print(name[1]) = ", (name[1]) )
print("print(name[3]) = ", (name[3]) )
print("print(name[5]) = ", (name[5]) )
print("print(name[4:9]) = ", (name[4:9]) )
print("print(name[4:]) = ", (name[4:]) )
print(""" The slice operators, or indexing in python
 starts from  0
 and the last index nuberd one is ignored """)
print(''' for printing a charecter to the
ignored ''')
#++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++=
#+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++


print("""print absoloute value of a number
num1=-5
print(abs(num1))
""")
num1=-5
print(abs(num1))

print("""give power to a value or a number
print(pow(3,2))
print(3**2)
""")
print(pow(3,2))
print(3**2)

print('''
print(max(4,7))

print(min(4,7))

print(round(4,7))
print(round(9,3))

print(round(4.7))
print(round(9.3))
print(round(9.6))
''')
print(max(4,7))

print(min(4,7))

print(round(4,7))
print(round(9,3))

print(round(4.7))
print(round(9.3))
print(round(9.6))

print(''' have to import from math modugle functions

from math import *

''')

from math import *

print('''
print(floor(4))
print(floor(9.0))

print(floor(4.7))
print(floor(9.3))
print(floor(9.6))

''')
print(floor(4))
print(floor(9.0))

print(floor(4.7))
print(floor(9.3))
print(floor(9.6))

print('''
print(ceil(4))
print(ceil(9.0))

print(ceil(4.7))
print(ceil(9.3))
print(ceil(9.6))

''')

print(ceil(4))
print(ceil(9.0))

print(ceil(4.7))
print(ceil(9.3))
print(ceil(9.6))

print('''
print(sqrt(4.7))

print(sqrt(9))

''')

print(sqrt(4.7))

print(sqrt(9))