1. Accelerated Reading
Time until 1:49

2. Place this in the proper place
Physical Science May 5, 2017
Place this in the proper place
Grade notebooks Monday

4. Essential Question: Why do they call it a pulsar?
Write your summary from Last Class’s notes on Last Class’s paper. Last class’s EQ was:
Essential Question: Why do they call it a pulsar?

5. Summary
We had a standard opening. We finished the Solar System booklet, and watched videos on singularities, nebulas, supernovas, and meteors.
I learned

6. Topic/Objective:
Name:
Exploring space
Class/Period:
Date:
May 5, 2017
Essential Question: What was the earliest use of rockets?

7. Warm Up

8. 1. a luminous ball of gas, mostly hydrogen and helium reacting by fusion, held together by intense gravitational force a) Star; b) Supernova; c) Neutron star; d) Red Giant; e) Nebula; f) White dwarf; g) Black hole; h) main sequence

9. 2. a star in which all the particles have become neutrons; collapsed remains of a supernova a) Star; b) Supernova; c) Neutron star; d) Red Giant; e) Nebula; f) White dwarf; g) Black hole; h) main sequence

10. 3. A large cloud of dust and gas in interstellar space; the location of star formation. a) Star; b) Supernova; c) Neutron star; d) Red Giant; e) Nebula; f) White dwarf; g) Black hole; h) main sequence

11. 4. A diagonal pattern of stars on the H-R diagram a) Star; b) Supernova; c) Neutron star; d) Red Giant; e) Nebula; f) White dwarf; g) Black hole; h) main sequence

12. Answers

13. 1. a luminous ball of gas, mostly hydrogen and helium reacting by fusion, held together by intense gravitational force a) Star; b) Supernova; c) Neutron star; d) Red Giant; e) Nebula; f) White dwarf; g) Black hole; h) main sequence

14. 1. a luminous ball of gas, mostly hydrogen and helium reacting by fusion, held together by intense gravitational force a) Star; b) Supernova; c) Neutron star; d) Red Giant; e) Nebula; f) White dwarf; g) Black hole; h) main sequence

15. 2. a star in which all the particles have become neutrons; collapsed remains of a supernova a) Star; b) Supernova; c) Neutron star; d) Red Giant; e) Nebula; f) White dwarf; g) Black hole; h) main sequence

16. 2. a star in which all the particles have become neutrons; collapsed remains of a supernova a) Star; b) Supernova; c) Neutron star; d) Red Giant; e) Nebula; f) White dwarf; g) Black hole; h) main sequence

17. 3. A large cloud of dust and gas in interstellar space; the location of star formation. a) Star; b) Supernova; c) Neutron star; d) Red Giant; e) Nebula; f) White dwarf; g) Black hole; h) main sequence

18. 3. A large cloud of dust and gas in interstellar space; the location of star formation. a) Star; b) Supernova; c) Neutron star; d) Red Giant; e) Nebula; f) White dwarf; g) Black hole; h) main sequence

19. 4. A diagonal pattern of stars on the H-R diagram a) Star; b) Supernova; c) Neutron star; d) Red Giant; e) Nebula; f) White dwarf; g) Black hole; h) main sequence

20. 4. A diagonal pattern of stars on the H-R diagram a) Star; b) Supernova; c) Neutron star; d) Red Giant; e) Nebula; f) White dwarf; g) Black hole; h) main sequence

21. Homework
Monday will grade notebook

22. Today’s Work
Grade planners
Collect Solar System Booklet
Finish Deep space objects
Early space exploration

23. Black holes https://www.youtube.com/watch?v=8grTbzAo0PA
Deep space objects
Black holes
Open & Globular Star Clusters
Nebula slides
Supernovas & Remnants
Quasars
Pulsars

24. Space Exploration
Brief history of rocketry
Formation of NASA
NASA history
Animals in space
x-15
Rocket failures