Space Boot Camp 5.8C: Demonstrate that the Earth rotates on its axis once approximately every 24 hours causing the day/night cycle and the apparent movement.

Slides:



Advertisements
Similar presentations
Chapter 17 Earth’s Cycles
Advertisements

Chapter 17 Earth’s Cycles
MoonbeamLoony Shoot the Moon CheesySatelliteMoonstruck.
Moon Phases and eclipses.
AIM: How do interactions among objects in space and their forces affect objects and cause predictable & regular changes on Earth? 5/1/13 DO NOW: Pick.
TEKS 5.8C.  5.8C Earth and space. The student knows that there are recognizable patterns in the natural world and among the Sun, Earth, and Moon system.
Notes - Moon, Tides, & Seasons
Movement in Space Moon Phases SeasonsEclipsesTides
Lunar Phases Review 4.8C: Collect and analyze data to identify sequences and predict patterns of change in shadows, tides, seasons, and the observable.
AIM: Why do we see different phases of the Moon?.
The Earth, The Sun, and The Moon
Space Boot Camp 5.8C: Demonstrate that the Earth rotates on its axis once approximately every 24 hours causing the day/night cycle and the apparent movement.
Astronomy 2 Review. 1. Compare the length of time it takes the Moon to rotate with the amount of time it takes the Moon to revolve once around the Earth.
Chapter 1: The Cycles of the Sky
CHAPTER 24.4 EARTH- MOON-SUN SYSTEM. Learning Targets 1.Describe how Earth’s movement affect seasons and cause day and night 2.Explain solar and lunar.
Space Boot Camp – Part 2 4.8C:
 Rotation  The amount of time it takes for Earth to spin around once.  ONE DAY  Revolution  The amount of time it takes for Earth to go around the.
Earth Science 22.2B Motions Earth-Moon System
Solar Motion. Label front flap MOTIONS OF THE EARTH -DAY & NIGHT.
Chapter 19, Section 2 Phases, Eclipses, and Tides Friday, April 30, 2010 Pages
Chapter 1 Earth, Moon, and Sun Section 3 Phases, Eclipses, and Tides.
The Moon (Earth’s natural satellite) Phases, Eclipses & Tides.
Why does Earth seem to be standing still?
The Earth and Moon System. The Effects of Gravity Gravity: a force of attraction between two objects, caused by those objects pulling on each other. The.
UNIT NINE: Matter and Motion in the Universe  Chapter 26 The Solar System  Chapter 27 Stars  Chapter 28 Exploring the Universe.
Axis – an imaginary line through the center of Earth that connects the North Pole to the South Pole. Earth rotates about its axis once every 24 hours.
Mrs. Green Fifth Grade  The Earth rotates on its axis every 24 hours.  As Earth rotates, it gives the appearance that the sun “rises in the sky” every.
Space Review Space Science Categories PlanetsThe SunThe Moon Rotation vs. Revolution Space Misc. Grab Bag $100 $200 $300 $400 $500.
Unit 4 Motions of Earth, Moon, and Sun. Apparent Motions of Celestial Objects Apparent Apparent motion is the motion an object appears to make. Can be.
Unit 1 E The Solar System.
Earth Our Home Planet. Does Earth really move? We say that the Sun rises in the east, sets in the west and moves across the sky in between. The Sun just.
Revolution/Rotation Day/Night Phases of the Moon Seasons.
EARTH, MOON, & SUN. Earth’s movement in space. Earth rotates on it’s imaginary axis. This imaginary line (axis) passes through the Earth at it’s North.
SCIENCE Fourth Grade Week Three. Elija is doing a power point presentation on the planet that is 4 th from the Sun. Which planet is he studying?
Moon Phases Sun-Earth-Moon System Notes. Rotation Earth – Spinning on its axis – Causes day & night Takes 24 hours Moon – Spinning on its axis – Takes.
Gravity and Motion The strength of the force of gravity between two objects depends on two factors: the mass of the objects and the distance between them.
1. The diagram above shows Earth as viewed from space. Which season is the northern hemisphere experiencing? a. Winter b. Spring c. Summer d. Autumn.
Space Boot Camp – Part 1 4.8C:
Science Focus Lesson SC.4.E.5.4 Rotation Polk County Public Schools.
Chapter 8: Planet Earth and Its Moon Lesson 1 How Does Earth Move?
$ 20 $ 30 $ 40 $ 50 $ 10 $ 20 $ 30 $ 40 $ 50 $ 10 $ 20 $ 30 $ 40 $ 50 $ 10 $ 20 $ 30 $ 40 $ 50 $ 10 $ 20 $ 30 $ 40 $ 50 $ 10 Seasons PhasesEclipsesTidesMiscellaneous.
SPACE SCIENCE REVIEW. Category 1 Category 2 Category 3 Category 4 Category 5 Category A B C D E A B C D E A B C D E A B C D.
THE MOON. HAVE YOU EVER SEEN THE FAR SIDE OF THE MOON FROM EARTH?
Earth and Its Moon. Movement of the Earth in Space A.The Earth’s Rotation: the turning of the Earth on it’s axis. * axis – the imaginary line from the.
Phases of the Moon Solar System Earth Events in Space.
PHASES, ECLIPSES, AND TIDES. MOTIONS OF THE MOON The changing relative positions of the moon, Earth, and sun cause the phases of the moon, eclipses, and.
6th Grade FCAT 2.0 Study Guide
Sun, Moon, & Earth’s Motions
Unit 8 Lesson 1 How Do Earth and the Moon Move?
PHASES, ECLIPSES, AND TIDES
Unit 4 Lesson 2 Moon Phases and Eclipses
Earths ONLY natural satellite
Space Boot Camp 4.8C: Collect and analyze data to identify sequences and predict patterns of change in shadows, tides, seasons, and the observable appearance.
THE SUN-MOON-EARTH SYSTEM
7.3 Movements of Earth and the Moon (Pages )
Natural Sciences and Technology Grade 6
The Sun-Earth-Moon System
Unit 11 Exam.
Chapter 2, Lesson 1 The Sun-Earth-Moon System
The Sun-Earth-Moon System
Earth in Space.
Astronomy-Part 10 Notes The Earth-Moon-Sun Systems
FCAT Review – Earth/Moon/Sun System
The Moon.
THE SUN-MOON-EARTH SYSTEM
19.3 Phases, Eclipses, Tides Key concepts: What causes the phases of the moon? What are solar and lunar eclipses? What causes the tides? Key terms: phases,
Science Vocab 2 Week 1-2.
Earth Moon Sun System How does the Earth Move? What causes seasons?
Day and night on the Earth are caused by -
Chapter 14 Section 1 What are the motions of Earth?
Presentation transcript:

Space Boot Camp 5.8C: Demonstrate that the Earth rotates on its axis once approximately every 24 hours causing the day/night cycle and the apparent movement of the sun across the sky. Created by A. Coelho

Which of these cycles is a direct result of Earth’s rotation? 2006 TAKS, #25 (64%) 2006 TAKS, #25 (64%) 2006 TAKS, #25 (64%) 2013 STAAR #5; Readiness N Rotation of Earth S Which of these cycles is a direct result of Earth’s rotation? A. Day and night B. Moon phases C. Rainfall and evaporation D. Seasons

Which of these cycles is a direct result of Earth’s rotation? 2006 TAKS, #25 (64%) 2006 TAKS, #25 (64%) 2006 TAKS, #25 (64%) 2013 STAAR #5; Readiness N Rotation of Earth S Which of these cycles is a direct result of Earth’s rotation? A. Day and night B. Moon phases C. Rainfall and evaporation D. Seasons

2006 TAKS, #25 (64%) 2006 TAKS, #25 (64%) 2006 TAKS, #25 (64%) 2013 STAAR #32, Readiness 2. On which side of a house in Texas should a window be placed so that the people in side the house can see the sunrise each day through the window? F. north G. south H. east J. West

2006 TAKS, #25 (64%) 2006 TAKS, #25 (64%) 2006 TAKS, #25 (64%) 2013 STAAR #32, Readiness 2. On which side of a house in Texas should a window be placed so that the people in side the house can see the sunrise each day through the window? F. north G. south H. east J. West

3. Which of these causes day and night? A Earth orbiting the sun 2006 TAKS, #25 (64%) 2006 TAKS, #25 (64%) 2006 TAKS, #25 (64%) 2006 TAKS, #25 (64%) 3. Which of these causes day and night? A Earth orbiting the sun B The moon orbiting Earth C Earth rotating on its axis D The moon blocking sunlight

3. Which of these causes day and night? A Earth orbiting the sun 2006 TAKS, #25 (64%) 2006 TAKS, #25 (64%) 2006 TAKS, #25 (64%) 2006 TAKS, #25 (64%) 3. Which of these causes day and night? A Earth orbiting the sun B The moon orbiting Earth C Earth rotating on its axis D The moon blocking sunlight

4. How long does it take for Earth to rotate on its axis seven times? A One day B One week C One month D One year

4. How long does it take for Earth to rotate on its axis seven times? A One day B One week C One month D One year

5. Which of the following statements BEST explains why stars appear to move across Earth’s sky each night? A Earth rotates on its axis. B The stars orbit each other. C Earth revolves around the sun. D The stars rotate with the moon.

5. Which of the following statements BEST explains why stars appear to move across Earth’s sky each night? A Earth rotates on its axis. B The stars orbit each other. C Earth revolves around the sun. D The stars rotate with the moon.

6. Which of the following statements BEST explains why the sun appears to move across Earth’s sky from east to west each day? A Earth rotates on its axis. B The sun orbits the Earth. C Earth revolves around the sun. D The sun rotates with the moon.

6. Which of the following statements BEST explains why the sun appears to move across Earth’s sky from east to west each day? A Earth rotates on its axis. B The sun orbits the Earth. C Earth revolves around the sun. D The sun rotates with the moon.

7. Earth’s rotation causes— A the seasons B the phases of the moon C the formation of clouds D the passage of day and night

7. Earth’s rotation causes— A the seasons B the phases of the moon C the formation of clouds D the passage of day and night

8. Which of the following happens once every 24 hours? A The Earth makes one complete rotation around the sun B The moon makes one complete orbit around the Earth. C The Earth makes one complete rotation on its axis. D The moon makes one complete rotation on its axis.

8. Which of the following happens once every 24 hours? A The Earth makes one complete rotation around the sun B The moon makes one complete orbit around the Earth. C The Earth makes one complete rotation on its axis. D The moon makes one complete rotation on its axis.

9. Which of the following occurs on a daily basis? A The Earth rotates once on its axis. B The moon rotates around one time. C The Earth revolves once around the sun. D The moon revolves once around the Earth.

9. Which of the following occurs on a daily basis? A The Earth rotates once on its axis. B The moon rotates around one time. C The Earth revolves once around the sun. D The moon revolves once around the Earth.

10. Which drawing below would best represent the flagpole’s shadow at 5:00 p.m.? A C B D  

10. Which drawing below would best represent the flagpole’s shadow at 5:00 p.m.? A C B D  

11. The Sun appears to rise in the east and set in the west every day 11. The Sun appears to rise in the east and set in the west every day. This happens because— A Earth rotates on its axis B the Sun revolves around Earth C Earth revolves around the Sun D the Sun rotates on its axis  

11. The Sun appears to rise in the east and set in the west every day 11. The Sun appears to rise in the east and set in the west every day. This happens because— A Earth rotates on its axis B the Sun revolves around Earth C Earth revolves around the Sun D the Sun rotates on its axis  

12. What motion causes day and night? A The revolution of the Earth B The revolution of the moon C The rotation of the Earth D The rotation of the moon  

12. What motion causes day and night? A The revolution of the Earth B The revolution of the moon C The rotation of the Earth D The rotation of the moon  

13. Which of the following describes the motion of the Earth shown in the picture above? A Vibrating B Rotating C Revolving D Falling  

13. Which of the following describes the motion of the Earth shown in the picture above? A Vibrating B Rotating C Revolving D Falling  

14. About how long does it take Earth to make a complete rotation on its axis? A One day B One week C One month D One year  

14. About how long does it take Earth to make a complete rotation on its axis? A One day B One week C One month D One year  

15. How many complete days does it take the Earth to revolve around the sun one time? B 24 C 365 D 1,000

15. How many complete days does it take the Earth to revolve around the sun one time? B 24 C 365 D 1,000

16. If it takes the Earth one day to make a complete rotation on its axis, how long does it take to orbit the sun? A One week B One month C One year D One decade

16. If it takes the Earth one day to make a complete rotation on its axis, how long does it take to orbit the sun? A One week B One month C One year D One decade

17. The picture above shows a satellite view of Earth from directly above the North Pole during the summer. What time of day would it be in Alaska? A noon B midnight C 10 a.m. D 3 p.m.

17. The picture above shows a satellite view of Earth from directly above the North Pole during the summer. What time of day would it be in Alaska? A noon B midnight C 10 a.m. D 3 p.m.

18. Earth rotates on its axis and revolves around the sun 18. Earth rotates on its axis and revolves around the sun. Which of these is the length of Earth’s rotation? A 1 month B 7 days C 24 hours D 365 days

18. Earth rotates on its axis and revolves around the sun 18. Earth rotates on its axis and revolves around the sun. Which of these is the length of Earth’s rotation? A 1 month B 7 days C 24 hours D 365 days

19. Is it day or night in McKinney? Why? Rome, Italy 19. Is it day or night in McKinney? Why?  

McKinney Rome, Italy 19. It is night in McKinney because Rome, Italy, is facing the sun and we’re on the opposite side of Earth. When one part of the world is lit by the sun, the other half is dark.  

20. Is it day or night in Rome, Italy? Why?  

Rome, Italy 20. It is day in Rome, Italy, because the Earth is facing the sun on that side.  

21. In what direction does the sun appear to move?

21. The sun is moving East to West

22. Is the sun really moving across the sky? Why does it appear to move?

22. No, the sun isn’t moving across the sky 22. No, the sun isn’t moving across the sky. The Earth is really rotating on it’s axis – the sun doesn’t move – Earth does!

23. In what part of the sky does sunrise & sunset occur?

23. Sunrise – East Sunset – West “The sun rises in the east and sets in the west”

24. What causes tides on Earth?  

24. The gravitational pull between the moon and sun causes tides.  

25. Tides on the Texas coast usually occur twice — A daily B weekly C monthly D yearly

25. Tides on the Texas coast usually occur twice — A daily B weekly C monthly D yearly

26. This model can be used to show how the moon moves around Earth 26. This model can be used to show how the moon moves around Earth. This model also shows all of the following EXCEPT — A the amount of light Earth reflects B the land areas of Earth and the moon C how the moon makes a revolution D how Earth and the moon compare in size

26. This model can be used to show how the moon moves around Earth 26. This model can be used to show how the moon moves around Earth. This model also shows all of the following EXCEPT — A the amount of light Earth reflects B the land areas of Earth and the moon C how the moon makes a revolution D how Earth and the moon compare in size

27. What is the Earth’s only natural satellite called. A. The sun B 27. What is the Earth’s only natural satellite called? A The sun B The moon C Mercury D Asteroids

27. What is the Earth’s only natural satellite called. A. The sun B 27. What is the Earth’s only natural satellite called? A The sun B The moon C Mercury D Asteroids

28. What force keeps the distance between the Earth and the moon constant? A Thrust B Friction C Gravity D Acceleration

28. What force keeps the distance between the Earth and the moon constant? A Thrust B Friction C Gravity D Acceleration

29. Many events on Earth occur in cycles 29. Many events on Earth occur in cycles. Which of the following occurs about once every 28 days during the lunar cycle? A The seasons B A new moon C Day and night D High tides

29. Many events on Earth occur in cycles 29. Many events on Earth occur in cycles. Which of the following occurs about once every 28 days during the lunar cycle? A The seasons B A new moon C Day and night D High tides