2. Use the number below to answer the given questions: 8,592.37 1) What is the value of the 3? A 30 B 3 C 0.3 D 0.03 2) What is the value of the 9? A 900 B 90 C 0.9 D 0.09 3) Write down how you would say this number?

4.  You and a friend decide to ride your bike to the Belgique chocolate shop in the center of Kent.

5.  As you are getting ready, your friend wonders if you are even able to ride that far.

6.  Even if you can ride that far, can you make it back?

7.  How far do you think you could ride in a day?  How do you think your speed would change throughout the course of the day?  What conditions might affect the speed and distance you can ride that day?

8.  How could you test endurance and ‘condition variation’ to see how far you could ride in a day?

9. Bouncing ball activity

10.  How did our numbers appear to change?  What are some things that might cause the number of bounces to vary from person to person?  What similarities/differences did you notice on each other’s graphs?

11. - p. 15 #1 - Remember to bring in your inspirational person photo

12. Convert the following to a fraction in lowest terms: 1).8 2) 12/36 3) 20 % 4).064

14.  Coordinate graph or grid  Independent variable  Dependent variable  x-axis, y-axis  Scale  Point / Coordinate pair  Relationship

16. Coordinate Grid

17. Axis

18. Coordinate Grid Axis

19. Coordinate Grid Axis X- Axis or Independent variable

20. Coordinate Grid Axis X- Axis or Independent variable

21. Coordinate Grid Axis X- Axis or Independent variable Y- Axis or Dependent variable

22. Coordinate Grid Axis X- Axis or Independent variable Y- Axis or Dependent variable

23. Coordinate Grid Axis X- Axis or Independent variable Y- Axis or Dependent variable Scale of the graph

24. Coordinate Grid Axis X- Axis or Independent variable Scale of the graph Y- Axis or Dependent variable

25. Coordinate Grid Axis X- Axis or Independent variable Scale of the graph Y- Axis or Dependent variable Coordinate pair

27. How do we say this point?

28. How do we write this point?

29. (G, 6)

30. How do we say this point?

31. How do we write this point?

32. (7,3)

33. The point is always labeled (x,y) (7,3)

34. The point is always labeled (x,y) Remember: X is the horizontal value (7,3)

35. The point is always labeled (x,y) Remember: X is the horizontal value And Y is the vertical value (7,3)

47. The independent variable is ALWAYS on the x-axis The dependent variable is ALWAYS on the y-axis

48. The independent variable is ALWAYS on the x-axis The dependent variable is ALWAYS on the y-axis But why?

49. The Y value depends on what the X value is. Therefore we say Y depends on X.

50. The X value is whatever we say it is. Therefore we say X is independent.

51. worksheet

52.  Using your worksheet, can anyone think of anything that is almost always independent? Dependent?

54. Please get out your bouncing ball data from last class

55. 4 steps to creating a graph

56. 1. Identify the variables. (find out what you are comparing)

57. 4 steps to creating a graph 1. Identify the variables. (find out what you are comparing) 2. Decide which is dependent and independent. (find out which axis the variables belong to)

58. 4 steps to creating a graph 1. Identify the variables. (find out what you are comparing) 2. Decide which is dependent and independent. (find out which axis the variables belong to and label them) 3. Select an appropriate scale. (decide which number values fit your data)

59. 4 steps to creating a graph 1. Identify the variables. (find out what you are comparing) 2. Decide which is dependent and independent. (find out which axis the variables belong to and label them) 3. Select an appropriate scale. (decide which number values fit your data) 4. Plot your points (draw your points on your graph)

60.  Work alone on page 9 A,B,C  When you are done, raise your hand

62.  How does a graph display data differently than a table?  Give me 9 vocabulary words and their definition.  How would making the x-axis have a greatest value of 240 seconds and the y-axis have a greatest value of 300 bounces change the look of your graph?

63.  Tonight’s homework: p.16 # 2 and 3