## numpy.polyint() in Python

numpy.polyint(p, m) : Evaluates the anti – derivative of a polynomial with the specified order. m antiderivative ‘P’ of polynomial ‘p’ satisfies Parameters : p… Read More »

## numpy.poly() in Python

numpy.poly(seq) : Given the Sequence of roots of the polynomial, this functions returns the coefficient of the polynomial. Parameters : Seq : sequence of roots… Read More »

## numpy.polydiv() in Python

numpy.polydiv(p1, p2) method evaluates the division of two polynomials and returns the quotient and remainder of the polynomial division. Parameters : p1 : [array_like or… Read More »

## numpy.polymul() in Python

numpy.polymul(p1, p2) method evaluates the product of two polynomials and returns the polynomial resulting from the multiplication of two input polynomials ‘p1’ and ‘p2’. Parameters… Read More »

## numpy.polyval() in Python

numpy.polyval(p, x) method evaluates a polynomial at specific values. If ‘N’ is the length of polynomial ‘p’, then this function returns the value Parameters :… Read More »

## numpy.polyder() in Python

numpy.polyder(p, m) method evaluates the derivative of a polynomial with specified order. Parameters : p : [array_like or poly1D]the polynomial coefficients are given in decreasing… Read More »

## numpy.poly1d() in Python

numpy.poly1d(arr, root, var): This function helps to define a polynomial function. It makes it easy to apply “natural operations” on polynomials. Parameters : -> arr… Read More »

## numpy.polysub() in Python

numpy.polysub() :This function helps to find the difference of two polynomials and then returning the result as a polynomial. Each input polynomial must be a… Read More »

## numpy.polyadd() in Python

numpy.polyadd() : This function helps to find the sum of two polynomials and then returning the result as a polynomial. Each input polynomial must be… Read More »