1. what parts of earth can receive up to 24 hours of sunlight a day? a. areas tilted away from the...

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1. What parts of Earth can receive up to 24 hours of sunlight a day? A. areas tilted away from the sun B. areas near the Arctic and Antarctic circles C. areas with low latitudes D. areas near the equator

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Page 1: 1. What parts of Earth can receive up to 24 hours of sunlight a day?  A. areas tilted away from the sun  B. areas near the Arctic and Antarctic circles

1. What parts of Earth can receive up to 24 hours of sunlight a day?

A. areas tilted away from the sunB. areas near the Arctic and

Antarctic circlesC. areas with low latitudesD. areas near the equator

Page 2: 1. What parts of Earth can receive up to 24 hours of sunlight a day?  A. areas tilted away from the sun  B. areas near the Arctic and Antarctic circles

2. Monsoons are

A. seasonal winds that bring heavy rains.

B. volcanic eruptions.C. weathered landforms.D. low latitudes.

Page 3: 1. What parts of Earth can receive up to 24 hours of sunlight a day?  A. areas tilted away from the sun  B. areas near the Arctic and Antarctic circles

3. During which season does solar energy begin to increase?

A. summerB. fallC. winterD. spring

Page 4: 1. What parts of Earth can receive up to 24 hours of sunlight a day?  A. areas tilted away from the sun  B. areas near the Arctic and Antarctic circles

4. What regions have season marked by rainfall rather than temperature?

A. the tropicsB. high latitudesC. mid-latitudesD. areas near the South pole

Page 5: 1. What parts of Earth can receive up to 24 hours of sunlight a day?  A. areas tilted away from the sun  B. areas near the Arctic and Antarctic circles

5. Which theory suggests that the continents were once part of one supercontinent?

A. tilt and rotationB. Ring of FireC. continental driftD. eruption patterns

Page 6: 1. What parts of Earth can receive up to 24 hours of sunlight a day?  A. areas tilted away from the sun  B. areas near the Arctic and Antarctic circles

6. The main processes of the water cycle are

A. groundwater and surface water.B. drought and flooding.C. salt water and freshwater.D. evaporation and precipitation.

Page 7: 1. What parts of Earth can receive up to 24 hours of sunlight a day?  A. areas tilted away from the sun  B. areas near the Arctic and Antarctic circles

7. Which is not a way that people change landforms?

A. creating sedimentB. drilling tunnels through

mountainsC. building damsD. Building terraces for farming

Page 8: 1. What parts of Earth can receive up to 24 hours of sunlight a day?  A. areas tilted away from the sun  B. areas near the Arctic and Antarctic circles

8. Which of the following affects the amount of solar energy the planet receives?

A. plate collisionB. precipitationC. revolutionD. plate separation

Page 9: 1. What parts of Earth can receive up to 24 hours of sunlight a day?  A. areas tilted away from the sun  B. areas near the Arctic and Antarctic circles

9. Every 24 hours, Earth completes one

A. revolution.B. axis.C. tilt.D. rotation.

Page 10: 1. What parts of Earth can receive up to 24 hours of sunlight a day?  A. areas tilted away from the sun  B. areas near the Arctic and Antarctic circles

10. The collision of two continental plates results in

A. lava.B. plate tectonics.C. mountain-building.D. ocean trenches.

Page 11: 1. What parts of Earth can receive up to 24 hours of sunlight a day?  A. areas tilted away from the sun  B. areas near the Arctic and Antarctic circles

11. Water shortages can result from

A. runoff.B. drought.C. precipitation.D. condensation.

Page 12: 1. What parts of Earth can receive up to 24 hours of sunlight a day?  A. areas tilted away from the sun  B. areas near the Arctic and Antarctic circles

12. Which of the following creates Earth’s change in season?

A. tiltB. rotationC. solar energyD. latitdude

Page 13: 1. What parts of Earth can receive up to 24 hours of sunlight a day?  A. areas tilted away from the sun  B. areas near the Arctic and Antarctic circles

13. About 3 percent of Earth’s water supply is

A. salt water.B. freshwater.C. surface water.D. groundwater.

Page 14: 1. What parts of Earth can receive up to 24 hours of sunlight a day?  A. areas tilted away from the sun  B. areas near the Arctic and Antarctic circles

14. Earth’s landforms include mountains, valleys, and

A. peninsulas.B. glaciers.C. lakes.D. rivers.

Page 15: 1. What parts of Earth can receive up to 24 hours of sunlight a day?  A. areas tilted away from the sun  B. areas near the Arctic and Antarctic circles

15. Earth’s glaciers can cause

A. precipitation.B. drought.C. erosion.D. condensation.

Page 16: 1. What parts of Earth can receive up to 24 hours of sunlight a day?  A. areas tilted away from the sun  B. areas near the Arctic and Antarctic circles

16. Most of Earth’s available freshwater is stored

A. underground.C. in lakes.C. in rivers.D. in streams.

Page 17: 1. What parts of Earth can receive up to 24 hours of sunlight a day?  A. areas tilted away from the sun  B. areas near the Arctic and Antarctic circles

17. Earthquakes often occur when two_________ slide past each other.

PlatesLandforms

Page 18: 1. What parts of Earth can receive up to 24 hours of sunlight a day?  A. areas tilted away from the sun  B. areas near the Arctic and Antarctic circles

18. Most of Earth’s salt water is stored in ____________.

oceans

Page 19: 1. What parts of Earth can receive up to 24 hours of sunlight a day?  A. areas tilted away from the sun  B. areas near the Arctic and Antarctic circles

19. The theory of ___________ helps explain how forces below Earth’s surface have shaped our landlforms.

Continental drift

Page 20: 1. What parts of Earth can receive up to 24 hours of sunlight a day?  A. areas tilted away from the sun  B. areas near the Arctic and Antarctic circles

20. Earth’s __________ is an imaginary line around which it turns.

axis

Page 21: 1. What parts of Earth can receive up to 24 hours of sunlight a day?  A. areas tilted away from the sun  B. areas near the Arctic and Antarctic circles

21. ____________ is the most common cause of erosion.

water

Page 22: 1. What parts of Earth can receive up to 24 hours of sunlight a day?  A. areas tilted away from the sun  B. areas near the Arctic and Antarctic circles

22. If mid-ocean ridges form high enough, they can rise about the surface of the ocean to form volcanic islands.

TrueFalse

Page 23: 1. What parts of Earth can receive up to 24 hours of sunlight a day?  A. areas tilted away from the sun  B. areas near the Arctic and Antarctic circles

23. One important use of water is that it can be used to produce electricity.

TrueFalse

Page 24: 1. What parts of Earth can receive up to 24 hours of sunlight a day?  A. areas tilted away from the sun  B. areas near the Arctic and Antarctic circles

24. As the sun heats water on Earth’s surface, some of that water turns into water vapor.

TrueFalse

Page 25: 1. What parts of Earth can receive up to 24 hours of sunlight a day?  A. areas tilted away from the sun  B. areas near the Arctic and Antarctic circles

25. The Northern and Southern hemispheres experience summer at the same time.

TrueFalse

Page 26: 1. What parts of Earth can receive up to 24 hours of sunlight a day?  A. areas tilted away from the sun  B. areas near the Arctic and Antarctic circles

26. Antarctica receives direct rays from the sun all year and has colder temperatures than place like Hawaii.

TrueFalse

Page 27: 1. What parts of Earth can receive up to 24 hours of sunlight a day?  A. areas tilted away from the sun  B. areas near the Arctic and Antarctic circles

Study these vocabulary words.

Revolution Drought Latitude Weathering Water cycle Runoff

Lava Glacier Surface water Rotation Tropics Plate tectonics