8th Grade Math OAA Review
Across
- 1. Using the Pythagorean Theorem “backwards” to determine if a triangle is a right triangle.
- 3. Where the graph of a line hits the y-axis
- 5. Pieces of data that are separated from the rest of the data on a graph
- 7. The relationship between a figure that has rotated, reflected, or translated and its original
- 8. Numbers that are not rational
- 9. Two angles whose sum is 180 degrees
- 12. The graph of this type of equation will be a line (the powers of the two variables are exactly one)
- 13. When you solve a linear equation and end up with something such as x = x
- 15. When a figure enlarges or reduces by a given scale on a coordinate plane
- 16. The type of table that can be used to analyze data with two (categorical) variables
- 17. A number to the third power
- 18. A variation of the Pythagorean Theorem used to determine how far apart two points are on a coordinate grid is called the Theorem
- 19. These kinds of lines are used (drawn) to model relationships between two sets of data. They are ALWAYS straight.
- 22. When you solve a linear equation and end up with something such as 4 = 7
- 23. Data that has two categories of data that can change (variables)
- 24. The kind of frequency that you can find on a two way table that relates categorical data to find patterns
- 25. This is the same between any two points on a straight line
- 26. Areas of a graph where data is grouped closely together
Down
- 2. The type of graph that can be used to analyze the relationship between two types of numerical data
- 4. When a figure “slides” on a coordinate plane
- 6. An equation written in the form y = kx; its graph will always go through the origin
- 7. Slope call also be called the rate of
- 10. The theorem that states that If a triangle is a right triangle, then a2 + b2 = c2.
- 11. A negative exponent represents repeated ___________
- 14. A function is a rule that assigns each input (x) to exactly one (y)
- 20. The relationship between a figure that has dilated and its original
- 21. The answer to a system of equations is the point where the graphs of the two equations