1. 9.7 Vectors Magnitude and Direction

2. Vector is a Directed Line Segment (a ray) Terminal point Initial point

3. Component Form of a vector P = (p 1, p 2 ); Q = (q 1, q 2 ) Which can be labeled by just a letter.

4. Find the Component form Let

5. Find the Component form Let

6. Magnitude is the length of a vector It is denote as || vector name || Have you seen this equation before?

7. Magnitude is the length of a vector It is denote as || vector name || If you use Component form it is less work

8. Find the Component form and Magnitude Let

9. Vectors also have direction Vector direction are based off the West/East line

10. Vectors also have direction Vector direction are based off the West/East line.

11. Vectors also have direction Vector direction are based off the West/East line.

12. Vectors also have direction Vector direction are based off the West/East line.

13. Parallelogram Law used in Addition of Vectors Graph the Vectors move the tail of one vector to the head of the other vector.

14. Parallelogram Law used in Addition of Vectors Graph the Vectors move the tail of one vector to the head of the other vector.

15. Find the Component form, Magnitude and its direction. Component form

16. Find the Component form, Magnitude and its direction. Component form

17. Find the Component form, Magnitude and its direction. Component form Magnitude

18. Find the Component form, Magnitude and its direction. Component form Magnitude

19. Find the Component form, Magnitude and its direction. Component form Magnitude

20. Find the Component form, Magnitude and its direction. Component form Direction Magnitude

21. Add the Vectors The Vectors are in Component form

22. Add the Vectors The Vectors are in Component form

23. Homework Page 576 – 578 # 13 – 19 odd, 35 – 39 odd