** Is x2y and xy2 like or unlike terms **

Hence, the given terms x 2 y , x y 2 can be called as unlike terms.

** Why are x2y and xy2 not like terms **

Non-Sample Problems

The variables y and x are not like terms, since they have different variable parts. 3. The terms x2y and xy2 are not like terms, since they have different variable parts.

** What is an example of a like term **

The definition of like terms in math is terms that have the same variable raised to the same power. Examples of like terms in math are x, 4x, -2x, and 7x. These are like terms because they all contain the same variable, x. The terms 8y2, y2, and -2y2 are like terms as well.

** Is 2x an algebraic term **

This type of expression has only one term, for example, 2x, 5x 2 ,3xy, etc. An algebraic expression having two, unlike terms, for example, 5y + 8, y+5, 6y3 + 4, etc. This is an algebraic expression with more than one term and with non -zero exponents of variables.

** Is 2xy and 3yx like terms **

Yes, 2xy and 3yx are like terms as both the terms are having same variables.

** Is 4xy a like term **

4xy and 3yx are like terms.

** Are 2xy and 2xyz like terms **

∴ they are unlike term.

** How do I identify like terms **

Do not matter when it comes to whether terms are like terms or not. So let's box in 7x. And then the like term is going to be 4X. Both of those terms have that variable of X.

** What are not like terms **

What are Unlike Terms Algebraic terms, which does not have the same literal coefficients, and cannot be raised to the same power are called, unlike terms. For example, 4x + 9y is an algebraic expression with unlike terms. Because it has two different variables x and y, and not raised to the same power.

** Are 2x and 7x like terms **

Terms whose variables (such as x or y) with any exponents (such as the 2 in x2) are the same. Examples: 7x and 2x are like terms because they are both "x".

** Is 2x a like term **

When you have 2 or more terms with the same variable and the same exponents then they are considered to be “like terms”. In the example above, 2x and −4x are like terms.

** Are 7x and 7y like terms **

x and y are different variables. So 7x and 7y are not equal.

** Is 4xy and 3yx like terms **

4xy and 3yx are like terms.

** Are 5x and 4xy like terms **

Now the answer to the above question is NO, 5x and 4xy are not like terms as 5x and 4xy both have different variables with different coefficient of x and y.

** Are 3x and 2x like terms **

Summary. Like terms are terms that have exactly the same variable and power in them—whether that's x, x3, y, or even no variable! So, for example, 2x and 3x would be like terms since they both have the variable x and they're both to the first power.

** Are xy and yx like terms **

Are XY and YX like terms For XY and YX, the powers are the same i.e. 1. So, XY can be written as YX and vice versa. So, XY and YX can be classified as like terms.

** Are 2x and 3x like terms or not like terms **

Summary. Like terms are terms that have exactly the same variable and power in them—whether that's x, x3, y, or even no variable! So, for example, 2x and 3x would be like terms since they both have the variable x and they're both to the first power.

** Is xy and yx like terms **

Are XY and YX like terms For XY and YX, the powers are the same i.e. 1. So, XY can be written as YX and vice versa. So, XY and YX can be classified as like terms.

** Is 5x and 5y are like terms **

Hence, 5 x , 5 y are not like terms.

** Is 3x 2 a like term **

3×2 and −2×2 are like terms because they are both "x2". But 7x and 7×2 are NOT like terms (the exponents are different), they are unlike terms.

** Are 7x and 7xy like terms **

Therefore, they are not like terms.

** Are 2x and 3x like terms **

A common technique for simplifying algebraic expressions. When combining like terms, such as 2x and 3x, we add their coefficients. For example, 2x + 3x = (2+3)x = 5x.