1. Place this in the proper place
Student Planner May 2, 2016
Place this in the proper place
Rocket Lab 2 Thursday – get safety test done.

2. Summary: all periods except 5 -> We had a standard opening, followed by firing the stomp rocket, or doing the safety test
Period 5 -> We had a standard opening. We continued follow along reading of Chapter 17 and working in workbook.

3. Previous Essential Question: What was the distance your rocket flew?
Period 5 answer: What is deuterium?

4. Essential Question: What was the design that flew the farthest?
Topic/Objective:
Name:
Stomp Rocket Lab
Class/Period:
Date:
May 2, 2016
Essential Question: What was the design that flew the farthest?

5. Essential Question: What is the most powerful force in the universe?
Topic/Objective:
Name:
Chapter 17 workbook
Class/Period:
period 5
Date:
May 2, 2016
Essential Question: What is the most powerful force in the universe?

6. Warm Up

7. 1. What is the most abundant element in the Sun
1. What is the most abundant element in the Sun? a) Oxygen b) Carbon c) Hydrogen d) Helium e) Uranium

8. 2. Why is Venus the hottest planet
2. Why is Venus the hottest planet? a) It has a thin atmosphere b) It has a thick, cloudy atmosphere c) It is closest to the Sun d) Global warming e) None of the above

9. 3. Earth is one astronomical unit (AU) from the Sun
3. Earth is one astronomical unit (AU) from the Sun. Jupiter is approximately 5 AU from the Sun. If it takes sunlight 8.3 minutes to reach Earth, HOW LONG does it take to reach Jupiter? a) 1.6 minutes b) 13.3 minutes c) 3.2 minutes d) 41.5 minutes e) 5 seconds

10. 4. What is a galaxy? a) clusters of planets b) clusters of billions of stars Ford Galaxy 500 c) clusters of asteroids d) clusters of satellites e) clusters of solar systems

11. Answers

12. 1. What is the most abundant element in the Sun
1. What is the most abundant element in the Sun? a) Oxygen b) Carbon c) Hydrogen d) Helium e) Uranium

13. 1. What is the most abundant element in the Sun
1. What is the most abundant element in the Sun? a) Oxygen b) Carbon c) Hydrogen d) Helium e) Uranium

14. 2. Why is Venus the hottest planet
2. Why is Venus the hottest planet? a) It has a thin atmosphere b) It has a thick, cloudy atmosphere c) It is closest to the Sun d) Global warming e) None of the above

15. 2. Why is Venus the hottest planet
2. Why is Venus the hottest planet? a) It has a thin atmosphere b) It has a thick, cloudy atmosphere c) It is closest to the Sun d) Global warming e) None of the above

16. 3. Earth is one astronomical unit (AU) from the Sun
3. Earth is one astronomical unit (AU) from the Sun. Jupiter is approximately 5 AU from the Sun. If it takes sunlight 8.3 minutes to reach Earth, HOW LONG does it take to reach Jupiter? a) 1.6 minutes b) 13.3 minutes c) 3.2 minutes d) 41.5 minutes e) 5 seconds

17. 3. Earth is one astronomical unit (AU) from the Sun
3. Earth is one astronomical unit (AU) from the Sun. Jupiter is approximately 5 AU from the Sun. If it takes sunlight 8.3 minutes to reach Earth, HOW LONG does it take to reach Jupiter? a) 1.6 minutes b) 13.3 minutes c) 3.2 minutes d) 41.5 minutes e) 5 seconds

18. 4. What is a galaxy? a) clusters of planets b) clusters of billions of stars Ford Galaxy 500 c) clusters of asteroids d) clusters of satellites e) clusters of solar systems

19. 4. What is a galaxy? a) clusters of planets b) clusters of billions of stars Ford Galaxy 500 c) clusters of asteroids d) clusters of satellites e) clusters of solar systems

20. Home work
Astronomy unit test next week.
Period 5 essay due Wednesday
Sky Map viewing assignment due May 6 (next Friday)
Cannabis and Cancer lab review past due

21. Today’s Work
Collect notebooks end of class
Calculate best design for rockets
Textbook reading & workbook
Period 5 – work on chapter 17 workbooks

22. Top Rocket Distances 20 Short 16.1 11 9.8 7.3 5.5 5.1 3.8 3.7 2 1.824
Long 3 20
Short
16.1 11
9.8
7.3
5.5
5.1
3.8
3.7 2
1.8
0.6
20.1 4
14.6
6.1
4.7

23. Top Rocket Distances 8.3 Medium 3 4.1 4 0.7 23.1 16 10.3 6.8 5.2 5 3.8
2.3

24. Distance
Barrel
Fins 24
Long 3 18 14 13 6
5.1
4.5
3.4
2.7
2.6
2.4
2.1 2
17.6 4
12.8
12.5 10
7.5
1.9
1.6

25. medium barrel 3 fin average
Data Analysis
4.22
medium barrel 3 fin average
6.54
medium barrel 4 fin average
7.68
long barrel 3 fin average
9.13
long barrel 4 fin average
7.23
short barrel 3 fin average
11.38
short barrel 4 fin average

26. Analysis: The ___ fin, ____barrel averaged the greatest distance
Analysis: The ___ fin, ____barrel averaged the greatest distance. Conclusion: The hypothesis (was)(was not) supported as the rocket with the ____ barrel and ___ fins flew farthest.

27. Read along Chapt 17 page 422