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Inside the Earth Game #1 (Pictures) Fly Swatter Game
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Match the letter that represents the Earth layer
W X Y Z
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Which letter represents the Outer Core?
X Y Z
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Which letter represents the Crust?
X Y Z
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Which letter represents the Mantle?
X Y Z
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Which letter represents the Inner Core?
X Y Z
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Which layer is made of liquid iron?
X Y Z
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Which layer is the most dense?
X Y Z
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Choose the correct arrow for each Earth layer
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Which arrow is pointing to the INNER CORE ?
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Which arrow is pointing to the CRUST ?
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Which arrow is pointing to the OUTER CORE ?
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Which arrow is pointing to the MANTLE?
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Where is the LIQUID IRON ?
Outer Core
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Where is the SEMI-SOLID AND MOLTEN ROCK ?
Mantle
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Where is the SOLID IRON ? Inner Core
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Where is the THIN BRITTLE ROCK ?
Crust
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Which layer is the HOTTEST ?
Inner Core
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Which layer is the DENSEST ?
Inner Core
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Match the peach sections to the Earth layers.
Z Y X W
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Which letter represents the Mantle ?
Z Y X W
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Which letter represents the Inner Core?
Z Y X W
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Which letter represents the Outer Core?
Z Y X W
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Which letter represents the Crust?
Z Y X W
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Inside the Earth Game #2 (Vocabulary) Fly Swatter Game
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Semi-solid rock and molten rock
Look and review the answers in the boxes. Select the answer when the question appears. Crust About 2900 km Mantle Hotter and more dense Brittle, Solid Rocks Liquid Iron (tiny bit of nickel) Solid Cooler and less dense Inner Core Semi-solid rock and molten rock Outer 2-90 km
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Semi-solid rock and molten rock
Which is the hottest and the densest layer? Crust About 2900 km Mantle Hotter and more dense Brittle, Solid Rocks Liquid Iron (tiny bit of nickel) Solid Cooler and less dense Inner Core Semi-solid rock and molten rock Outer 2-90 km
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Semi-solid rock and molten rock
Which layer is least dense? Crust About 2900 km Mantle Hotter and more dense Brittle, Solid Rocks Liquid Iron (tiny bit of nickel) Solid Cooler and less dense Inner Core Semi-solid rock and molten rock Outer 2-90 km
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Semi-solid rock and molten rock
Which is the outermost layer? Crust About 2900 km Mantle Hotter and more dense Brittle, Solid Rocks Liquid Iron (tiny bit of nickel) Solid Cooler and less dense Inner Core Semi-solid rock and molten rock Outer 2-90 km
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Semi-solid rock and molten rock
Which layer is the thinnest? Crust About 2900 km Mantle Hotter and more dense Brittle, Solid Rocks Liquid Iron (tiny bit of nickel) Solid Cooler and less dense Inner Core Semi-solid rock and molten rock Outer 2-90 km
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Semi-solid rock and molten rock
Which layer is the thickest? Crust About 2900 km Mantle Hotter and more dense Brittle, Solid Rocks Liquid Iron (tiny bit of nickel) Solid Cooler and less dense Inner Core Semi-solid rock and molten rock Outer 2-90 km
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Semi-solid rock and molten rock
What material is the mantle made of? Crust About 2900 km Mantle Hotter and more dense Brittle, Solid Rocks Liquid Iron (tiny bit of nickel) Solid Cooler and less dense Inner Core Semi-solid rock and molten rock Outer 2-90 km
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Semi-solid rock and molten rock
What material is the inner core made of? Crust About 2900 km Mantle Hotter and more dense Brittle, Solid Rocks Liquid Iron (tiny bit of nickel) Solid Cooler and less dense Inner Core Semi-solid rock and molten rock Outer 2-90 km
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Semi-solid rock and molten rock
What material is the crust made of? Crust About 2900 km Mantle Hotter and more dense Brittle, Solid Rocks Liquid Iron (tiny bit of nickel) Solid Cooler and less dense Inner Core Semi-solid rock and molten rock Outer 2-90 km
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Semi-solid rock and molten rock
What material is the outer core made of? Crust About 2900 km Mantle Hotter and more dense Brittle, Solid Rocks Liquid Iron (tiny bit of nickel) Solid Cooler and less dense Inner Core Semi-solid rock and molten rock Outer 2-90 km
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Semi-solid rock and molten rock
Which layer is made of LIQUID IRON? Crust About 2900 km Mantle Hotter and more dense Brittle, Solid Rocks Liquid Iron (tiny bit of nickel) Solid Cooler and less dense Inner Core Semi-solid rock and molten rock Outer 2-90 km
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Semi-solid rock and molten rock
Which layer is made of SOLID IRON? Crust About 2900 km Mantle Hotter and more dense Brittle, Solid Rocks Liquid Iron (tiny bit of nickel) Solid Cooler and less dense Inner Core Semi-solid rock and molten rock Outer 2-90 km
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Semi-solid rock and molten rock
What happens to temperature and pressure as you go deeper into the Earth ? Crust About 2900 km Mantle Hotter and more dense Brittle, Solid Rocks Liquid Iron (tiny bit of nickel) Solid Cooler and less dense Inner Core Semi-solid rock and molten rock Outer 2-90 km
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Semi-solid rock and molten rock
What happens to temperature and pressure moving from the inner core to the crust ? Crust About 2900 km Mantle Hotter and more dense Brittle, Solid Rocks Liquid Iron (tiny bit of nickel) Solid Cooler and less dense Inner Core Semi-solid rock and molten rock Outer 2-90 km
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Semi-solid rock and molten rock
Compared to the outer core, the mantle is ______. Crust About 2900 km Mantle Hotter and more dense Brittle, Solid Rocks Liquid Iron (tiny bit of nickel) Solid Cooler and less dense Inner Core Semi-solid rock and molten rock Outer 2-90 km
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Semi-solid rock and molten rock
Compared to the mantle, the crust is ______. Crust About 2900 km Mantle Hotter and more dense Brittle, Solid Rocks Liquid Iron (tiny bit of nickel) Solid Cooler and less dense Inner Core Semi-solid rock and molten rock Outer 2-90 km
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Semi-solid rock and molten rock
Compared to the mantle, the outer core is ______. Crust About 2900 km Mantle Hotter and more dense Brittle, Solid Rocks Liquid Iron (tiny bit of nickel) Solid Cooler and less dense Inner Core Semi-solid rock and molten rock Outer 2-90 km
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Semi-solid rock and molten rock
About how thick is the mantle ? Crust About 2900 km Mantle Hotter and more dense Brittle, Solid Rocks Liquid Iron (tiny bit of nickel) Solid Cooler and less dense Inner Core Semi-solid rock and molten rock Outer 2-90 km
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Semi-solid rock and molten rock
About how thick is the crust? Crust About 2900 km Mantle Hotter and more dense Brittle, Solid Rocks Liquid Iron (tiny bit of nickel) Solid Cooler and less dense Inner Core Semi-solid rock and molten rock Outer 2-90 km
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