Demonstrate mathematical operators and use of math module
Write a program in python that reads two integers, M and N, from the user. Then program should compute and display: sum, difference, product, quotient, remainder, logarithm and power of two integers.
## #Python's program to demonstrate mathematical operators and use of math module ## #It is a good practise to write import statement at top from math import log10 # log10 is a function of math module #Read the input values from the user m = int(input("Enter the value for M: ")) n = int(input("Enter the value for N: ")) #Calculate and display the diffrent mathematical operations print(m, "+", n, "is", m+n) print(m, "-", n, "is", m-n) print(m, "*", n, "is", m*n) print(m, "/", n, "is", m/n) print(m, "%", n, "is", m%n) print(m, "^", n, "is", m**n) print("Base 10 logarithm of", m, "is", log10(m)) print("Base 10 logarithm of", n, "is", log10(n))
Sample output of above program.
C:\>python C:\Python\programs\program2.py
Enter the value for M: 15
Enter the value for N: 27
15 + 27 is 42
15 - 27 is -12
15 * 27 is 405
15 / 27 is 0.5555555555555556
15 % 27 is 15
15 ^ 27 is 56815128661595284938812255859375
Base 10 logarithm of 15 is 1.1760912590556813
Base 10 logarithm of 27 is 1.4313637641589874
C:\>
Enter the value for M: 15
Enter the value for N: 27
15 + 27 is 42
15 - 27 is -12
15 * 27 is 405
15 / 27 is 0.5555555555555556
15 % 27 is 15
15 ^ 27 is 56815128661595284938812255859375
Base 10 logarithm of 15 is 1.1760912590556813
Base 10 logarithm of 27 is 1.4313637641589874
C:\>
2017-06-24T15:50:05+05:30
2017-06-24T15:50:05+05:30
Amit Arora
Amit Arora
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Python
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