Name		Name	Last commit message	Last commit date
CONTRIBUTING.md		CONTRIBUTING.md
Check for Armstrong Number.py		Check for Armstrong Number.py
Check if Disarium.py		Check if Disarium.py
Check if Prime.py		Check if Prime.py
Compound Interest.py		Compound Interest.py
Factorial.py		Factorial.py
Fibonacci Series.py		Fibonacci Series.py
Generating Random Numbers.py		Generating Random Numbers.py
HCF of Multiple Numbers.py		HCF of Multiple Numbers.py
Karatsuba_Multiplication_Algortihm.py		Karatsuba_Multiplication_Algortihm.py
LCM of Multiple Numbers.py		LCM of Multiple Numbers.py
LICENSE		LICENSE
Leap Year.py		Leap Year.py
Matrix Multiplication.py		Matrix Multiplication.py
Max and Min Number.py		Max and Min Number.py
Permutations for all possible numbers from the digits of a provided number.py		Permutations for all possible numbers from the digits of a provided number.py
Prime Factorization.py		Prime Factorization.py
Printing Disarium Numbers.py		Printing Disarium Numbers.py
Printing Prime.py		Printing Prime.py
README.md		README.md
Roots of a Quadratic.py		Roots of a Quadratic.py

Repository files navigation

Maths with Python

Printing Prime Numbers in the specified Range
Determining wether the number that the User has entered is a Prime Number or Not
Generating Random Numbers between Specified Range
Printing Fibonacci Sequence
Finding Factorial of a Number
Determining wether the number that the User has entered is an Armstrong Number or Not
Performing Prime Factorization of a Number
Finding HCF/GCD of Multiple Numbers
Finding Roots of a Quadratic Equation (Displays Non-Real Roots as Well)
Finding LCM of Multiple Numbers
Identifying whether the year entered by the user is a Leap Year or not.
Finding the Largest and the Smallest Number from all the numbers provided by the user (Without using any pre-built Modules)
Determining wether the number that the User has entered is a Disarium Number or Not
Printing Disarium Numbers in the specified Range
Multiplication of Matrices (Without using any pre-built Modules)
Finding all possible numbers that can be formed with the digits of a provided number
Finding Compund Interest for the given values of Principal, Rate of Interest and Time (in years)
Karatsuba's algorithm for multiplication of two integers (Divide and Conquer Approach - Recurssion)

Playing with Numbers using Python

3 stars

1 watching