## Python | Sympy is_tangent() method

In Sympy, the function is_tangent() is used to check whether the given line is tangent to the given circle or not. Syntax: Circle().is_tangent(line) Return: True:if… Read More »

## Python | Sympy Circle() method

In Simpy, the function Circle() is used to make circle from a center and a radius, from three non-collinear points, or the equation of a… Read More »

## Python | Sympy equation() method

In Simpy, the function equation() is used to make equation of a given circle. Syntax : equation(x=’x’, y=’y’) Parameters: x : str or Symbol, optional… Read More »

## Python | sympy Triangle() method

The function Trianlgle() takes the given points as vertices of a triangle and computes the area of triangle with the help of area. Syntax: Triangle(x,… Read More »

## Python | sympy is_collinear() method

The function is_collinear() enables us to check whether the given points(coordinates) are collinear or not. Syntax: Point.is_collinear(x, y, z) Parameters: x, y, z are coordinates.… Read More »

## Python | sympy.lcm() method

The function lcm() provides the direct way to compute Least Common Multiple for polynomials.That is, for polynomials f and g, it computes LCM. Syntax: sympy.lcm(f,… Read More »

## Python | sympy.gcd() method

The function gcd() provides the direct way to compute Greatest Common Divisor for polynomials.That is, for polynomials f and g, it computes GCD. Syntax: sympy.gcd(f,… Read More »

## Python | sympy.binomial_coefficients_list() method

With the help of sympy.binomial_coefficients_list() method, we can find the binomial coefficients as rows of the Pascal’s Triangle. Syntax: binomial_coefficients_list(n) Parameter: n – It denotes… Read More »

## Python | sympy.binomial_coefficients() method

With the help of sympy.binomial_coefficients() method, we can find binomial coefficients for a given integer. The method returns a dictionary containing pairs where are binomial… Read More »

## Python | sympy.crt() method

With the help of sympy.crt() method, we can implement the Chinese Remainder Theorem in SymPy. Syntax: crt(m, v) Parameter: m – It denotes a list… Read More »

## Python | sympy.primeomega() method

With the help of sympy.primeomega() method, we can calculate the number of prime factors counting multiplicities for a given positive integer. For example, primeomega(12) =… Read More »

With the help of sympy.primenu() method, we can calculate the number of distinct prime factors for a given positive integer. Syntax: primenu(n) Parameter: n –… Read More »

## Python | sympy.digits() method

With the help of sympy.digits() method, we can find the digits of a given integer in any given base in SymPy. Syntax: digits(n, t=10) Parameter:… Read More »

## Python | sympy.core() method

With the help of sympy.core() method, we can calculate the of a positive integer n. core(n, t) calculates the t-th power free part of n.… Read More »

## Python | sympy.udivisor_sigma() method

With the help of sympy.udivisor_sigma() method, we can calculate the unitary divisor function for any positive integer n. udivisor_sigma(n, k) is equal to sum of… Read More »