Savvas Elevate Topic 7 Grade 5 Study Game

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Savvas Elevate Topic 7 Grade 5 Study Game

Créé par

Kim Boxdorfer

United States

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Savvas Elevate Topic 7 Grade 5 Study Game


Savvas Elevate Topic 7 Grade 5 Study GameVersion en ligne Savvas Elevate Topic 7 Grade 5 Study Game par Kim Boxdorfer 1 Does this diagram show the Earth's seasons? Yes No 2 When the sun was low in the horizon, the shadow was long. As the sun rose, the shadow got shorter. Yes No 3 Gravity pulls objects to the magnetic north pole. Yes No 4 Some of the constellations shown on the winter map would not appear on the summer map. Yes No 5 None of the constellations shown on the winter map will appear on the summer map. Yes No 6 Does this model the pattern of day and night? Yes No 7 Does this support the argument that gravity pulls objects toward the center of Earth? Yes No 8 If I wanted to model day & night, should I add curved arrows to show Earth’s rotation to this model? Yes No 9 Does this support the argument that gravity pulls objects toward the center of Earth? Yes No 10 Does this diagram show the constellations? Yes No 11 If I wanted to model day & night, should I add arrows pointing down to show GRAVITY to this model? Yes No 12 Winter and summer constellation maps will be identical. Yes No 13 Can you use this model to represent that the light shows how Earth revolves around the sun? Yes No 14 Gravity pulls objects up Yes No 15 Sunrise and sunset times change once a month. Yes No 16 Some of the constellations shown on the winter map would appear in different locations on the summer map. Yes No 17 Does this diagram show the phases of the moon? Yes No 18 Earth moved closer to the sun during its revolution, causing the shadows to get longer. Yes No 19 Does this support the argument that gravity pulls objects toward the center of Earth? Yes No 20 Sunrise and sunset times change depending on the amount of daylight. Yes No 21 Gravity pulls objects to the center of the Earth Yes No 22 If I wanted to model day & night, should I add the moon to this model? Yes No 23 If I wanted to model day & night, should I add the sun to show how different areas face the sun to this model? Yes No 24 Look at where the x is. When the globe rotates halfway, the x will experience daylight. Yes No 25 The sun lights only half of Earth, so shadow lengths are always the same size. Yes No 26 Can you use this model to represent that the spinning globe shows how the sun appears to rise and set? Yes No 27 Gravity pulls objects down Yes No 28 Does this support the argument that gravity pulls objects toward the center of Earth? Yes No 29 Look at where the x is. When the globe rotates halfway, the x will experience nighttime Yes No

Savvas Elevate Topic 7 Grade 5 Study Game

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Savvas Elevate Topic 7 Grade 5 Study GameVersion en ligne

par Kim Boxdorfer

Does this diagram show the Earth's seasons?

When the sun was low in the horizon, the shadow was long. As the sun rose, the shadow got shorter.

Gravity pulls objects to the magnetic north pole.

Some of the constellations shown on the winter map would not appear on the summer map.

None of the constellations shown on the winter map will appear on the summer map.

Does this model the pattern of day and night?

Does this support the argument that gravity pulls objects toward the center of Earth?

If I wanted to model day & night, should I add curved arrows to show Earth’s rotation to this model?

Does this support the argument that gravity pulls objects toward the center of Earth?

Does this diagram show the constellations?

If I wanted to model day & night, should I add arrows pointing down to show GRAVITY to this model?

Winter and summer constellation maps will be identical.

Can you use this model to represent that the light shows how Earth revolves around the sun?

Gravity pulls objects up

Sunrise and sunset times change once a month.

Some of the constellations shown on the winter map would appear in different locations on the summer map.

Does this diagram show the phases of the moon?

Earth moved closer to the sun during its revolution, causing the shadows to get longer.

Does this support the argument that gravity pulls objects toward the center of Earth?

Sunrise and sunset times change depending on the amount of daylight.

Gravity pulls objects to the center of the Earth

If I wanted to model day & night, should I add the moon to this model?

If I wanted to model day & night, should I add the sun to show how different areas face the sun to this model?

Look at where the x is. When the globe rotates halfway, the x will experience daylight.

The sun lights only half of Earth, so shadow lengths are always the same size.

Can you use this model to represent that the spinning globe shows how the sun appears to rise and set?

Gravity pulls objects down

Does this support the argument that gravity pulls objects toward the center of Earth?

Look at where the x is. When the globe rotates halfway, the x will experience nighttime