Python | sympy.as_coeff_add() method

Python | sympy.Add() method

Last Updated : 11 Jul, 2019

With the help of sympy.Add() method, we can add two variables and can form a mathematical expression by using sympy.Add() method.

Syntax : sympy.Add() Return : Return the addition of two variables.

Example #1 : In this example we can see that by using sympy.Add() method, we are able to add the two variables and we can also form mathematical expression.

Python3 1=1

# import sympy
from sympy import * x, y = symbols('x y')

# Use sympy.Add() method
gfg = Add(x, y)
  
print(gfg)

Output :

x+y

Example #2 :

Python3 1=1

# import sympy
from sympy import * x, y = symbols('x y')

# Use sympy.Mul() method
gfg = Add(Mul(x, y), Mul(x, x))
  
print(gfg)

Output :

x**2 + x*y

Python | sympy.as_coeff_add() method

J

Jitender_1998

Improve

Article Tags :

Python
SymPy

Practice Tags :

python

Similar Reads

Python | sympy.Lambda() method

With the help of sympy.Lambda() method, we can perform any mathematical operation by just defining the formula and then pass the parameters with reference variable by using sympy.Lambda(). Syntax : sympy.Lambda() Return : Return the result of mathematical formula. Example #1 : In this example we can

Python | sympy.expand() method

With the help of sympy.expand() method, we can expand the mathematical expressions in the form of variables by using sympy.expand() method. Syntax : sympy.expand(expression) Return : Return mathematical expression. Example #1 : In this example we can see that by using sympy.expand() method, we can g

Python | sympy.S() method

With the help of sympy.S() method, we can make a single instance of an object by using sympy.S() method, where S denotes to singleton class. Syntax : sympy.S() Return : Return the single instance of an object. Example #1 : In this example we can see that by using sympy.S() method, we are able to cre

Python | sympy.as_coeff_add() method

With the help of sympy.as_coeff_add() method, we can separate the mathematical expression by + sign and return a tuple by using sympy.as_coeff_add() method. Syntax : sympy.as_coeff_add() Return : Return the tuple of elements separated by + sign. Example #1 : In this example we can see that by using

Python | sympy.compare() method

With the help of sympy.compare() method, we can compare the variables and it will return 3 values i.e -1 for smaller, 0 for equal and 1 for greater by using sympy.compare() method. Syntax : sympy.compare() Return : Return the value of comparison i.e -1, 0, 1. Example #1 : In this example we can see

Python | sympy.Mul() method

With the help of sympy.Mul() method, we can multiply two variables and can form a mathematical expression. Syntax : sympy.Mul() Return : Return the product of two variables. Example #1 : In this example we can see that by using sympy.Mul() method, we are able two multiply the two variables and we ca

Python - PyTorch add() method

PyTorch torch.add() method adds a constant value to each element of the input tensor and returns a new modified tensor. Syntax: torch.add(inp, c, out=None) Arguments inp: This is input tensor. c: The value that is to be added to every element of tensor. out: This is optional parameter and it is the

Python | sympy.count() method

Using the count() method in the sympy module, we can count the number of variables used in the mathematical function. count() method returns the number of variables used in the mathematical function. Syntax : sympy.count(x) Return : the count of variables. Code #1: With the help of the below example

Python | sympy.Mod() method

With the help of sympy.Mod() method, we can find the modulus and can give the parameters separately by using sympy.Mod() method. Syntax : sympy.Mod(var1, var2) Return : Return a value of modulo. Example #1 : In this example we can see that by using sympy.Mod() method, we are able to find the modulus

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 y : str or Symbol, optional Returns : SymPy expression Example #1: Python3 1== # import sympy, Point and Circle from sympy import Point, Circle # usin