1. FADTP 3-1

2. We are learning to: describe how objects in the solar system are in regular and predictable motions that explain days, years, and seasons. We are looking for: description of: Days- Earth rotates on its axis every 24 hours Years-Earth revolves around the sun 365.25 days Seasons-Earth revolves around the sun as the Earth is tilted on its axis

3. 3 Movement of the Earth Rotation is the earth spinning on its axis. –Earth’s rotation causes day and night (approx. 24 hours). Revolution is the movement of one object around another object. –This is the movement of the earth around the sun. –Earth’s revolution determines the length of a year(365.25 days).

4. 4 Seasons on Earth Earth has seasons because its axis is tilted as it moves around the sun. Vernal equinox has equal day and night (March). Summer solstice has the longest day and shortest night (June). Autumnal equinox has equal day and night (September). Winter Solstice has the shortest day and longest night (December).

5. 5 Seasons continued During equinoxes, the sun is directly over the equator. During the summer solstice, the sun is directly over the Tropic of Cancer. During the winter solstice, the sun is directly over the Tropic of Capricorn.

6. Why do we have night and day? A.Earth’s rotation B.Earth’s revolution C.Tilt of the Earth on its axis D.I need Help! 0 of 5 10

7. What causes Earth to experience different seasons? 0 of 5 A.It rotates on its axis while it revolves around the sun B.It revolves on its axis while it rotates around the sun C.It is tilted while it rotates around the sun. D.It is tilted while it revolves around the sun. E.I need help! 10

8. If the Earth’s Revolution was slower, we would experience A.Longer days B.Shorter days C.Longer years D.Shorter years E.I need help! 0 of 5 10

9. Of the following, which does not affect seasons? A.Earth is tilted 23.5 degrees B.The Earth revolves around the sun C.The Earth’s distance from the sun D.I need help! 0 of 5 10

10. 3. REVIEW 1. PRACTICE 4. FRONTLOAD Pre/Post Check Key Terms 2. EXTENSION Pretend you live in Northern Alaska. Write a paragraph about what the hours of day and night would be like the summer and winter. Make a drawing that illustrates the difference between a year and a day. ____ Eclipse ____ ____ Lunar Eclipse ____ ____ Solar Eclipse ____ ____ Tides ____ ____ Spring Tide ____ ____ Neap Tide ____ ____ Moon Phases ____ ____ Crater ____ What laws of motion apply to our new astronomy unit? Explain.

11. We are learning to: describe how objects in the solar system are in regular and predictable motions that explain phases (moon cycles), eclipses, tides We are looking for: a description of -Phases-moon revolves around the Earth approximately once a month -Eclipse-are random predictable; one object moves in front of another object in relation to the position of the sun -Tides-high tide occurs approximately twice a day due to the gravitational pull of the moon

12. Phases of the Moon The moon is illuminated by the sun. The moon reflects sunlight to the earth. The different phases of the moon is affected by the moon revolving around the earth as the earth revolves around the sun. The complete cycle of phases takes 29.5 days, this is known as a synodic month. Each phase takes about 3.5 days. 12

13. 13 Solar Eclipses Occurs during a new moon when the moon is between the sun and earth. The shadow is the umbra, the partial shadow is the penumbra. Doesn’t happen every month because the moon’s orbit around the earth is tilted and this prevents the sun, earth and moon from being in a straight line. Do not look at a solar eclipse without protective eye gear.

14. 14 Lunar Eclipse Occurs during a full moon phase when the earth is between the sun and the moon. More common than the solar eclipse. Can be view without protective eye gear.

15. 15 Tides Tides are caused by the gravitational attraction between the moon and earth. High tides are 12.5 hours apart. Spring tide is the highest high tide and occur at full and new moon phases. Neap tide is the lowest high tide and occur at first and last quarter moon phases.

16. Which phase occurs when the moon is in between the Earth and the sun? A.Full moon B.New moon C.1 st Quarter moon D.3 rd quarter moon 0 of 5 10

17. What causes us to see different phases of the moon? A.Light reflects off of the surface of the moon. B.The moon revolves around the Earth. C.We see different perspectives of the moon. D.All of the above. 0 of 5 10

18. What is the main cause of tides? A.The gravitational pull of the moon B.The gravitational pull of the sun C.The gravitational pull of the Earth D.I need help! 0 of 5 10

19. If the sun, moon, and Earth are perfectly aligned (as pictured), what event will occur on Earth? A.Neap Tide B.Solar Eclipse C.Lunar Eclipse D.Seasonal Change 0 of 5 10

20. When studying a solar eclipse, which would be a proper method of viewing the sun? A.Wear sunglasses B.Use a telescope C.Use a magnifying glass D.Use filters that are specifically designed to view eclipses E.I need help! 0 of 5 10

21. FOUR BLOCK INTERVENTION INSTRUCTIONS 1.If you have not missed any questions, start with block #2 and then complete blocks #3 and #4. 2.If you have missed 2 or more, meet with the teacher. 3.Everyone else starts in block #1 and then complete blocks #2, #3, and #4.

22. 3. REVIEW 1. PRACTICE 4. FRONTLOAD 2.EXTENSION What would happen to the earth’s tides if the moon was not present? Using your knowledge of moon, write a paragraph (6-10 sentences)explaining why or why not? Draw a diagram illustrating all of the phases of the moon. Label all of the phases. What do you know about gravity and inertia? Explain how the moon affects the earth.

23. We are learning to: explain that gravitational force determines motions in the solar system and keeps the planets in orbit around the sun. We are looking for: explanation that *All objects in the solar system have gravity. *Sun has the greatest mass, thus has the greatest gravitational pull within our solar system. *Since planets have inertia, they do not get pulled into the sun. *Gravity keeps the planets in orbit.

24. Models of the Solar System In the geocentric model, Earth is at the center of the revolving planets. Aristotle stated that the earth was in the center of the solar system. Ptolemy stated that the earth was in the center of the universe. He thought that the planets moved in small circles as they moved around the earth.

25. Models of the Solar System In the heliocentric model, Earth and the other planets revolve around the sun. This model was developed by Nicolaus Copernicus.

26. Galileo Used a telescope to view the solar system. Observed the four larger moons that orbited Jupiter. Observed the phases of Venus

27. Brahe & Kepler Brahe carefully observed the positions of the planets. Kepler had wrote laws that explained the behavior of planets orbiting the sun.

28. Forces that Keeps Planets in Orbit Around the Sun Newton concluded that two factors, inertia & gravity, combine to keep the planets in orbit. –Inertia is tendency of an object to resist a change in motion. –Gravity is the force that attract all objects toward each other.

29. What is an object’s resistance to a change in motion? A.Gravity B.Inertia C.Mass D.Friction E.I need help! 0 of 5 10

30. Predict what would happen if Earth stopped its forward motion around the sun? A.It will fly off into space. B.It will hit the nearest planet. C.It will get pulled into the sun. D.It will continue to revolve. 0 of 5 10

31. What keeps planets revolving around the sun? A.The sun’s gravitational pull. B.The planet’s mass. C.The planet’s magnetic field. D.The Sun’s inertia. E.I need help! 0 of 5 10

32. Please copy circle and do this. Orbit Gravity Fill in two words that closely relate to the two words given. Write a paragraph explaining the significance of each word and how they fit together to form a concept?

33. We are learning to: *Compare the composition and orbits of comets and asteroids with that of Earth. We are looking for: Composition of comets, asteroids, and Earth 1. Earth is composed of rock with many layers and has a core of dense metal 2.Comets are composed of ice and dust (dirty snowball) 3. Asteroids are composed of chunks of solid rock with heavy metal Orbits of comets, asteroids, and Earth’s 1.Earth’s orbit is elliptical 2. Comet’s orbit is elongated and elliptical 3. Asteroids are elliptical and orbit in the asteroid belt or the Kuiper belt.

34. We are learning to: Describe the effect that asteroids or meteroids have when traveling through space and entering planetary atmospheres. We are looking for: 1.Asteroids are large rocky objects that orbit the sun. If they hit the Earth the impact could be catastrophic. 2.Meteorites are small rocky objects hit the Earth all the time and do not cause much damage. 3.A rock changes its classification based on its location: Meteoroid – rock located in outer space Meteor – rock burning up in the Earth’s atmosphere (Shooting Star/Meteor Shower) Meteorite – rock that hits the ground

35. The Sun The sun produces its energy from nuclear fusion (core must reach 15 million degree Celsius). Sun’s Atmosphere: –The photosphere is the inner layer of the sun that makes light. –The chromosphere is the middle layer and produces color. –The corona is the outer layer of the sun and produces ultraviolet radiation.

36. Solar Features Solar winds are a stream of electrically charged particles coming from the corona. Sunspots are areas of gas on the sun that are cooler than the gases around them. Prominences are reddish loops of gas. Solar flares are large explosions of gas on photosphere.

37. Inner Planets Total of eight planets in our solar system. The inner planets are also called the terrestrial planets. Small in Size. Have rocky surfaces.

38. Mercury Mercury is 0.4 AU from the sun. Diameter is 4,878 km. Rotates every 59 days. Revolves around the sun every 88 days. Very thin atmosphere. 0 moons. Temperature between -170 o C to 430 o C. Very heavily cratered.

39. Venus Venus is 0.7 AU from the sun. Diameter is 12,104 km. Rotates every 243 days (retrograde). Revolves around the sun every 225 days. Very thick atmosphere of CO 2. 0 moons. Temperature 460 o C (Greenhouse Effect). Sulfuric acid rain.

40. Earth Earth is 1.0 AU from the sun. Diameter is 12,756 km. Rotates every 24 hours. Revolves around the sun every 365.25 days. Atmosphere of 78% nitrogen and 21 % oxygen. 1 moons. Temperature ? o C. 70% of Earth’s surface is covered by water.

41. Mars Mars is 1.5 AU from the sun. Diameter is 6794 km. Rotates every 24 hours. Revolves around the sun every 687 days. Thin atmosphere of CO 2. 2 moons(Phobos & Deimos). Temperature -153 o C to 20 o C. Polar caps of dry ice. Olympus mons is the largest volcano in the solar system.

42. Outer Planets (Jovian Planets) Found outside the asteroid belt between the asteroids and the Kuiper Belt. These planets are large and made of gas.

43. Jupiter Jupiter is 5.2 AU from the sun. Diameter is 142,984 km. Rotates every 9.9 hours. Revolves around the sun every 11.9 years. Thick atmosphere of hydrogen & Helium. 63 moons (Io, Europa, Callisto & Ganymede). Temperature -110 o C. Great Red spot is a large storm. Has a ring system.

44. Saturn Saturn is 9.6 AU from the sun. Diameter is 120,536 km. Rotates every 10.7 hours. Revolves around the sun every 29.4 years. Thick atmosphere of hydrogen & helium. 60 moons (Titan). Temperature -140 o C. Has an extensive ring system.

45. Uranus Uranus is 19.1 AU from the sun. Diameter is 51,200 km. Rotates every 17.3 hours. Revolves around the sun every 84 years. Thick atmosphere of hydrogen & helium, with traces of methane. 27 moons. Temperature -195 o C. Has a ring system. Axis is tilted 90 o.

46. Neptune Neptune is 30 AU from the sun. Diameter is 49,500 km. Rotates every 16.1 hours. Revolves around the sun every 165 years. Thick atmosphere of hydrogen & helium. 13 moons (Triton). Temperature -200 o C. Has an ring system. Had a Great Dark Spot that has since disappeared.

47. Asteriod Belt Asteroids are objects revolving around the sun that are too small and too numerous to be considered planets. The asteroid belt is located between Mars and Jupiter. Asteroids include Ceres, Pallas, Juno and Vesta. Over 300 asteroids have been identified.

48. Kuiper Belt The region of the Solar System beyond the planets extending from the orbit of Neptune (at 30 AU) to approximately 55 AU from the Sun.Solar SystemorbitNeptuneAU55 AUSun

49. Meteoroids, Meteors & Meteorites Meteoroids are pieces of rocks flying through space. Meteors are meteoroids that have entered the earth’s atmosphere, burning up because of friction. Meteorites are meteors that reach the surface of earth.

50. Oort Cloud & Comets The Oort cloud is where the comets are found. Comets are dirty snowballs that orbit the sun. A comet has a head and tail, the head is made of the nucleus and coma. The tail of the comet always points away from the sun because of the solar winds. Halley’s comet appears every 76 years.

51. An icy object that has an elongated orbit around the sun is referred to as a(n)…. A.Asteroid B.Comet C.Meteor D.Meteorite E.I don’t know! 0 of 5 10

52. The flash of light produced when a meteoroid passes through the Earth’s atmosphere is a(n) A.Asteroid B.Comet C.Meteor D.Meteorite E.I don’t know! 0 of 5 10

53. Why does a meteoroid create a streak of light when entering the Earth’s atmosphere? A.Light from the sun is reflected of the surface of each B.Energy is released form the objects C.Lightning is produced form these objects D.Light is a result of friction from the gasses in the atmosphere E.I don’t know! 0 of 5 10

54. Which of the following applies to meteoroids and asteroids. A.They are similar in size. B.They are rocky and/or metallic. C.They are composed of frozen gases, ice, and dust. D.They orbit the sun in highly elliptical patterns. E.I don’t know! 0 of 5 10

55. Which of the following objects would cause the most damage if it hit the Earth? A.Asteroid B.Meteoroid C.Meteorite D.Meteor E.I don’t know! 0 of 5 10

56. Create an “alike but different” using the terms asteroid, meteoroid, comet. How I will remember this What we have in common How we are different

57. We are learning to: identify and describe telescopes, probes, satellites, and space crafts We are looking for: telescope- refracting, reflecting, and radio are used to view distant objects probe-machines sent to other locations in the solar system and are used to investigate/explore satellite-orbits around the earth or other planets and are used to take photos and collect data space craft-mode of transportation to send humans to locations in the solar system;

58. We are learning to: examine advances of different people, culture, and times in astronomy. We are looking for: examples of how telescopes have changed and been improved over time and their impact on science and technology.

59. Refracting Telescope Refracting telescope collects light using lenses. The lenses bend the light to the focal point. 59

60. Reflecting Telescope Reflecting telescope uses a mirror to collect the light. A concave mirror bends the light inward to a focal point. 60

61. Radio Telescope Radio telescopes collects radio waves. The collector is a concave dish. 61

62. Observatory The building that houses a telescope is called an observatory. 62

63. Other Tools of Astronomy Telescopes have been put into space on satellites & space stations. Spectrographs gather information about stars such as a star’s composition & temperature. 63

64. Which type of telescope focuses light using a mirror? A.Reflecting Telescope B.Refracting Telescope C.Radio Telescope D.Infrared Telescope E.I need help!

65. Which type of telescope focuses light through transparent lenses? A.Reflecting Telescope B.Refracting Telescope C.Radio Telescope D.Infrared Telescope E.I need Help!

66. One of the greatest advancements in astronomy was the telescope. Which is the correct order of advancements? A.Radio- refracting-reflecting B.Reflecting – refracting – radio C.Refracting-reflecting-radio D.Radio- reflecting-refracting E.I need help!

67. Which of the following is an advantage of a space-based, satellite telescope like Hubble? A.Satellite telescopes are much closer to the stars. B.Satellite telescopes are able to see through solid objects. C.Satellite telescopes can detect wavelengths that are blocked by the atmosphere. D.Satellite telescopes have the ability to see the future. E.I need help!

68. Focus Free Write (3 minutes) Explain how the advancements in telescopes have helped astronomers learn more about the universe. When finished, trade your paper with a partner. Revise if there are misconceptions or any incorrect information.

69. 090 00 3 876543215 2 004987654321039876543210987654321021987654321098765432100 HoursMinutesSeconds Explain how the advancements in telescopes have helped astronomers learn more about the universe.

70. We are learning to: explain interstellar distances are measured in light years We are looking for: the explanation of and the use of the light year *explain a light year as the distance light travels in a year *explain that distances are too great to be measured in miles or kilometers

71. Distances to Stars A light year is the distance light travels in year. Astronomers often use parallax to measure distances to nearby stars. Parallax is the apparent change in position of an object when you look at it from different places. 71

72. A light year is a measurement of… a)Distance b)Time c)Speed d)Acceleration e)I don’t know! I need help!

73. Why do astronomers measure interstellar distances in light years instead of kilometers or miles? A.Light years are a measure of time. B.Miles and kilometers are too small of a unit. C.Miles and kilometers are too large of a unit. D.I don’t know! I need help!

74. You are viewing a star that is 20 light years away. When was the light from this star produced? a)Before you were born b)After you were born c)10 years ago d)2 years ago e)I don’t know! I need help!

75. What if…. there was a planet in another solar system within our galaxy that could support life. The beings on this planet have a telescope that can observe beings on Earth. If the planet is 10 light years away, who would they see as president? Use the timeline below and provide an explanation to support your answer. After answering this question, meet with a partner to compare your responses. Collaborate to make a new paired response to the question. 1993-2001 Bill Clinton 1989-1993 George H.W. Bush 1981-1989 Ronald Reagan 2009-2013 Barack Obama 2013-2021 Eugenia Green 2001-2009 George W. Bush 2021-2025 Cory A. Booker