Polynomial Operations Calculator (2024)

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Polynomial Operations Calculator (1)Polynomial Operations Calculator (2)

This solver performs arithmetic operations on polynomials (addition, subtraction, multiplication and division).For multiplication, it uses both the GRID and FOIL methods.The calculator displays complete work as well as a detailed step-by-step explanation for each operation.

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EXAMPLES

example 1:ex 1:

$(3x-4)+(5+3x-4x^2)$

example 2:ex 2:

$(9x+5)-(3x-3)$

example 3:ex 3:

$(-2x^6 + x^5 - 3x^2 - 4x + 7) - (x^5 + 2x^2 - 4x + 4)$

example 4:ex 4:

$(2x+3)\cdot(5x-3)$

example 5:ex 5:

$(x^2 - x + 3)\cdot(2x^2 + 4x - 3)$

example 6:ex 6:

$\dfrac{x^3 + x^2 + 4}{x + 2}$

Find more worked-out examples in the database of solved problems..

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TUTORIAL

Operations on polynomials

In this short tutorial, you will learn how to perform basic operations on polynomials.
The basic operations are 1. addition 2. subtraction 3. FOIL method for binomialmultiplication 4. standard multiplication 5. division by monomialand 6. long division.Note that this calculator displays a step-by-step explanation for each of these operations.Nevertheless, let's start with addition.

1A: Polynomial addition - horizontal

Example 01: Add $ (2a+5) + (4a-3) $

First we will remove the parenthesis because there are no minus sign in frontof the brackets:

$$ (2a+5) + (4a-3) = 2a + 5 + 4a - 3 $$

We'll now group the like terms:

$$ 2a + 5 + 4a - 3 = 2a + 4a + 5 - 3$$

Finally, we combine like terms:

$$ 2a + 4a + 5 - 3 = 6a + 2 $$

Putting all together we have

$$\begin{aligned}(2a+5) + (4a-3) \overbrace{=}^{\text{remove par.}}& \color{blue}{2a} + 5 + \color{blue}{4a} - 3 = \\\overbrace{=}^{\text{group like terms}}& \color{blue}{2a + 4a} + 5 - 3 = \\\overbrace{=}^{\text{combine like terms}}& \color{blue}{6a} + 2\end{aligned}$$

solve using calculator

1B: Polynomial addition - vertical

Example 02: Add $ (5x^3 - 3x^2 - 2x + 5) + (-x^3 + 2x^2 - 7) $

To perform vertical addition, we must arrange like terms one above theother.

$$\begin{array}{rrr}\color{blue}{5x^3} & \color{orangered}{-3x^2} & -2x & \color{purple}{5} \\\color{blue}{-x^3} & \color{orangered}{2x^2} & & \color{purple}{-7} \\\hline\end{array}$$

It is now quite simple to combine like terms

$$\begin{array}{rrr}\color{blue}{5x^3} & \color{orangered}{-3x^2} & -2x & \color{purple}{5} \\\color{blue}{-x^3} & \color{orangered}{2x^2} & & \color{purple}{-7} \\\hline\color{blue}{4x^3} & \color{orangered}{-x^2} & -2x & \color{purple}{-2}\end{array}$$

The answer is

$$ 4x^2 -x^2-2x-2 $$

2B: Polynomial subtraction – vertical

Example 04: Subtract $ (2x^2 + x - 3) - (x^2 - 3x + 5) $

Place like terms one above the other, but in the second polynomial, we must now alter all of the signs.

$$\begin{array}{rrrr}2x^2 & x & -2 \\\color{red}{\bf{-}}x^2 & \color{red}{\bf {+}}3x & \color{red}{\bf{-}}5 \\\hline\end{array}$$

Now we can combine like terms

$$\begin{array}{rrrr}2x^2 & x & -2 \\-x^2 & 3x & -5 \\\hlinex^2 & 4x & -7 \\\end{array}$$

So the answer is $ x^2 + 4x - 7 $

solve using calculator

2A: Polynomial subtraction – horizontal

Example 03: Subtract $ (5x - 7) - (3x - 3) $

Here we remove parenthesis by changing the sign of every term in the secondbracket.

$$ (5x - 7) \color{blue}{- (3x - 3)} = 5x - 7 \color{blue}{- 3x + 3} $$

Now, as in previous example, group the like terms ...

$$ 5x - 7 -3x + 3 = 5x - 3x -7 + 3 $$

...and combine them:

$$ 5x - 3x - 7 + 3 = 2x - 4 $$

Putting all together we have

$$\begin{aligned}(5x-7) - (3x-3) \overbrace{=}^{\text{remove par.}}& 5x - 7 - 3x + 3 = \\\overbrace{=}^{\text{group like terms}}& 5x - 3x - 7 + 3 = \\\overbrace{=}^{\text{combine like terms}}& 2x - 4\end{aligned}$$

3: Polynomial multiplication - FOIL

This method is used to multiply two binomials. The best way to explain the FOIL method is to use anexample:

Example 05: Use FOIL method to multiply $ (5a + 2) \cdot(2a - 3) $

$$ \begin{array}{lcccc}\text{First} & : & 5a & \cdot & 2a & = & 10a^2 \\\text{Outer} & : & 5a & \cdot & -3 & = & -15a \\\text{Inner} & : & 2 & \cdot & 2a & = & 4a \\\text{Last} & : & 2 & \cdot & -3 & = & -6 \\\hline\end{array} $$
$$\begin{aligned}(5a + 2) \cdot(2a - 3) &= \underbrace{10a^2}_{F} - \underbrace{15a}_{O} + \underbrace{4a}_{I} -\underbrace{6}_{L} = \\[1em]&= 10a^2 - 11a - 6\end{aligned}$$

solve using calculator

RESOURCES

1. Operations with Polynomials — with step-by-step examples.

2. Video tutorial — on how to multiply polynomials.

439 544 155 solved problems

Polynomial Operations Calculator (2024)

FAQs

How to do operations with polynomials calculator? ›

To use the calculator, follow the steps given below:
  1. Step 1: Enter the first polynomial in the first input box.
  2. Step 2: Enter the second polynomial in the second input box.
  3. Step 3: Choose the type of operation as “addition” or “subtraction”.
  4. Step 4: Click on the “Calculate” button.

How do you know how many solutions a polynomial will have? ›

Just by looking at the equation of a polynomial, you cannot say exactly how many solutions the polynomial has. What you can determine is the maximum amount of solutions the polynomial could have. The degree of a polynomial tells us the maximum solutions that the polynomial could have.

How do you find the answer of a polynomial? ›

To solve a polynomial equation, first write it in standard form. Once it is equal to zero, factor it and then set each variable factor equal to zero. The solutions to the resulting equations are the solutions to the original.

What are the 4 operations of a polynomial? ›

Introduction. You all know, that you can perform four operations on a polynomial that has one variable. You can add, subtract, divide and multiply the polynomials that have over one variable.

Can you simplify polynomials on a calculator? ›

Calculator works with polynomials in one or more variables. For example calculator can simplify expressions such as 2(x+1)−4(x−2)+3(3−4x) or (a+b)3−(a−b)3.

Is it possible to solve every polynomial equation? ›

In mathematics, the Abel–Ruffini theorem (also known as Abel's impossibility theorem) states that there is no solution in radicals to general polynomial equations of degree five or higher with arbitrary coefficients. Here, general means that the coefficients of the equation are viewed and manipulated as indeterminates.

How do you determine the possible number of solutions of an equation? ›

If we can solve the equation and get something like x=b where b is a specific number, then we have one solution. If we end up with a statement that's always false, like 3=5, then there's no solution. If we end up with a statement that's always true, like 5=5, then there are infinite solutions..

How to find the number of solutions of a polynomial equation? ›

The number of roots of any polynomial is depended on the degree of that polynomial. Suppose n is the degree of a polynomial p(x), then p(x) has n number of roots. For example, if n = 2, the number of roots will be 2.

How to simplify polynomials? ›

Correct answer:

To simplify a polynomial, we have to do two things: 1) combine like terms, and 2) rearrange the terms so that they're written in descending order of exponent.

Is there a polynomial formula? ›

A polynomial is a function of the form f(x) = anxn + an−1xn−1 + ... + a2x2 + a1x + a0 . The degree of a polynomial is the highest power of x in its expression. Constant (non-zero) polynomials, linear polynomials, quadratics, cubics and quartics are polynomials of degree 0, 1, 2 , 3 and 4 respectively.

How do you solve polynomial equations step by step? ›

How to: Use the Zero Factor Property to Solve an Equation.
  1. ZERO. Write the equation so one side of the equation is zero. ...
  2. FACTOR. Factor the expression.
  3. PROPERTY. Set each factor equal to zero and solve. ...
  4. Check by substituting solutions into the original equation.
Sep 13, 2022

Can you do polynomial division on a calculator? ›

Using a long division of polynomials calculator can be a helpful tool in solving complex equations involving polynomials. Here are the steps to follow: Input the polynomial to be divided in the dividend field of the calculator. Input the polynomial that is dividing the dividend in the divisor field of the calculator.

References

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