Adding polynomials might seem tricky at first, but it's actually pretty easy once you know what to do! Let’s go over the steps together.
First, look at the polynomials you want to add.
Polynomials are made of pieces called terms. Each term has a number (called a coefficient) and a letter (called a variable) that can have an exponent (a small number showing how many times to multiply the variable).
To combine the polynomials, you need to find the "like terms." Like terms are the ones that have the same variable with the same exponent.
Example:
Let's say we have these two polynomials:
and .
The like terms here are:
Next, add the numbers (coefficients) of the like terms together. This is the main part of adding polynomials!
Calculating:
Now, put everything together! Just combine your answers from the last step.
Finally, check if you can make your answer simpler by combining any other like terms or factoring.
And that’s it! You’ve added polynomials! Just remember to keep an eye on those like terms, and soon you'll be a pro at this!
Adding polynomials might seem tricky at first, but it's actually pretty easy once you know what to do! Let’s go over the steps together.
First, look at the polynomials you want to add.
Polynomials are made of pieces called terms. Each term has a number (called a coefficient) and a letter (called a variable) that can have an exponent (a small number showing how many times to multiply the variable).
To combine the polynomials, you need to find the "like terms." Like terms are the ones that have the same variable with the same exponent.
Example:
Let's say we have these two polynomials:
and .
The like terms here are:
Next, add the numbers (coefficients) of the like terms together. This is the main part of adding polynomials!
Calculating:
Now, put everything together! Just combine your answers from the last step.
Finally, check if you can make your answer simpler by combining any other like terms or factoring.
And that’s it! You’ve added polynomials! Just remember to keep an eye on those like terms, and soon you'll be a pro at this!