Across
- 3. when a number is raised to a power of two
- 5. _______ terms can be combined because they have the same variable and/or exponents
- 7. a constant or a variable in an expression; separated by plus and minus signs
- 8. the goal of any two-step equation is to __________ the variable
- 11. another word for opposite in terms of operations
- 12. the top number in a fraction
- 13. the term(s) without a variable
- 19. the bottom number in a fraction
- 21. when a number is raised to a power of three
- 22. when we divide like bases, we _________ the exponents
- 24. to convert a decimal to a __________, you must put either 10, 100, or 1000 under the digits then simplify
- 26. numbers that cannot be represented as fractions, decimals that do not repeat or terminate, non-perfect squares
- 27. the number attached to the variable in an expression or equation
- 28. to convert a fraction to a __________, you must divide the numerator by the denominator
Down
- 1. a sign showing balance between two expressions
- 2. to convert a decimal to a __________, you must move the decimal point to the right two times
- 4. does not have an equal sign and can only be simplified
- 6. the name for the power a number is raised to
- 9. has an equal sign and can therefore be solved
- 10. property in which the number outside the parenthesis is multiplied by each term in the parenthesis
- 14. anything raised to a zero power equals ______
- 15. order of operations; the acronym for the order in which we simplify and/or solve math problems
- 16. the number that goes under a whole number to make it a fraction without changing the value
- 17. when raising a power to another power, you should _________ the exponents
- 18. when we multiply like bases, we _____ the exponents
- 20. numbers that can be represented as fractions, terminating decimals, or repeating decimals (includes whole numbers and perfect squares)
- 23. the letter used in an expression or equation to represent a value that we don't know yet
- 25. after distributing, you must __________ like terms before solving the equation
