Khan Academy Summer Math Work

In order to fulfill your summer math packet requirements, you must successfully complete a set of each of the following assigned topics online, using the incredible educational website, KhanAcademy.org.

Khan Academy provides significant math instruction through a variety of different learning methods. While you work to complete a set of assigned topics and units of study throughout their website, Khan Academy provides an opportunity for you to watch a video or ask for a hint specifically related to the questions or problems you’re working on.

Your job this summer is to complete all of the topics listed on the following sheet. You will know when you have completed a topic when the program starts counting your “Hard Earned Leaves.” If you have struggled with a topic, I encourage you to complete that topic again. Part of your grade will be based on accuracy of completion for each topic.

Before you begin working on your summer topic list, please make sure you add me (your teacher) as your Khan Academy “Coach.” Please feel free to add a parent as a coach, as well.

To Add A Coach:

1.  Click on your user name in the upper right hand corner of the screen.

2.  Click on your user name in the drop down menu.

3.  Click on “Coaches” at the bottom of the menu on the left side of the screen.

4.  Add the email below.

5.  You are ready to start practicing!

If you have already completed a topic, you need to do it again. All topics must be completes between June 6th and September 3rd.

Geometry Summer Math Packet

Topics:

1.  2-Step equations

2.  Equations with variables on both sides

3.  Multi-step equations

4.  Multi-step equations with distribution

5.  Order of operations

6.  Points, lines, and planes

7.  Complementary and supplementary angles

8.  Vertical angles

9.  Parallel lines 1

10. Parallel lines 2

11. Triangle angles 1

12. Similar triangles 1

13. Congruent triangles 1

14. Trigonometry 1

15. Areas of circles and sectors

16. Angles of a Polygon

17. Area of squares and rectangles

18. Solid geometry