Exponents and Scientific Notation

5. – The result of raising a base to an exponent.
6. – The number that is repeatedly multiplied by itself in a power.
8. Notation – A way to write very large or small numbers using powers of ten.
10. – Numbers that do not change in a math expression.
11. — The base number used in powers for scientific notation.
12. – What you do when combining numbers to increase their total.
13. Root – A number that, when multiplied by itself, gives the original number.
15. – What happens when you increase a number by combining equal groups.
17. – A flipped fraction; when multiplied by the original, equals one.
20. – What a number is multiplied by when it is squared.
21. – What two values are if they are equal in amount.
22. – Rules that describe how exponents or operations work.

1. Root – A number that, when multiplied by itself three times, gives the original number.
2. – The result of multiplying a number by itself once.
3. – Describes numbers greater than zero or exponents that mean normal multiplication.
4. – The answer you get after multiplying numbers together.
7. – What happens when you take one number away from another.
9. – The result of multiplying a number by itself three times.
14. – The small raised number that shows how many times to multiply the base.
16. – Describes numbers less than zero or an exponent that means to take a reciprocal.
18. – The mathematical “opposite” operation, like addition vs. subtraction.
19. – The identity number that keeps values the same when multiplied.