Terms that contain the same variables raised to the same powers are called "like terms." For example, (3x^2y) and (5x^2y) are like terms because they both include the variables (x) and (y) raised to the same powers (2 and 1, respectively). Like terms can be combined by adding or subtracting their coefficients, which simplifies expressions in algebra.
They are terms in which each of the variables is raised to the same power (or exponent).
Like terms in math are terms that have the same variable raised to the same power. For example, (3x) and (5x) are like terms because they both contain the variable (x) to the first power. Similarly, (2y^2) and (-7y^2) are like terms since they both contain (y) to the second power. However, (4x^2) and (3x) are not like terms because they have different variables or powers.
They are "like terms".
Two terms are considered like terms if they have the same variables raised to the same powers, allowing them to be combined through addition or subtraction. For example, (3x^2) and (5x^2) are like terms because they both contain the variable (x) raised to the second power. However, (2x) and (3y) are not like terms because they involve different variables. Combining like terms simplifies expressions and makes calculations easier.
Similar terms. These are terms in which the variables have the same power in each term, and only the coefficient changes.
Terms that contain the same variable is called "like terms".
They are similar terms.
They are "like" terms.
Terms that contain the same variable is called "like terms".
like terms
are known as like terms.
Like terms are terms that contain the same variables raised to the same power. Here is an example: 123xyz and 575676xyz. Like terms can be combined by adding the numerical coefficients, for example , 5x+6x+15x=26x
They are terms in which each of the variables is raised to the same power (or exponent).
Like terms in math are terms that have the same variable raised to the same power. For example, (3x) and (5x) are like terms because they both contain the variable (x) to the first power. Similarly, (2y^2) and (-7y^2) are like terms since they both contain (y) to the second power. However, (4x^2) and (3x) are not like terms because they have different variables or powers.
They are "like terms".
Yes, because they both contain the variable "x". y and 9x would not be like terms because they don't have the same variable. x and 9x2 would not be like terms because the variables are not raised to the same power.
dissimilar terms are terms that do not have the same variable or the variable do not contain the same number of exponents