MULTIPLE-CHOICE QUESTION What do you need to look for when you are looking for like terms? (Select all that apply.)

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When looking for like terms in algebra, you need to consider the following:

1. **Variable Part**: Like terms must have the same variable(s) raised to the same power(s). For example, $$3x^2$$ and $$5x^2$$ are like terms, but $$3x^2$$ and $$4x^3$$ are not.

2. **Coefficient**: The coefficients of like terms can be different. For instance, $$2y$$ and $$7y$$ are like terms because they both contain the variable $$y$$ raised to the same power, even though their coefficients are different.

3. **No Different Variables**: Terms with different variables are not like terms. For example, $$2xy$$ and $$3x^2$$ are not like terms because they involve different variables.

4. **Constant Terms**: Constant terms (numbers without variables) are considered like terms with each other. For example, $$5$$ and $$10$$ are like terms.

In summary, when identifying like terms, focus on the variable part and ensure they have the same variables raised to the same powers, while coefficients can differ.
When looking for like terms, focus on the same variables raised to the same powers and different coefficients.

MULTIPLE-CHOICE QUESTION What do you need to look for when you are looking for like terms? (Select all that apply.)

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