I Wanna Rock n' Roll All Night
What's the Rage Over Resources?
Weathering or Erosion?
100

Rocks are broken down into tiny particles by wind and water over a long period of time.  Where do most of the tiny particles of rock end up after they have been broken down and blown away?

  1. They become parts of mountains and cliffs.

  2. They turn into salt water in the ocean and seas.

  3. They are broken down and become either sand or soil.

  4. They become parts of newly formed animals.

They are broken down and become either sand or soil.

100

The use of which of the following sources of energy can help conserve nonrenewable resources?

  1. Coal

  2. Oil

  3. Natural Gas

  4. Wind

Wind

100

Which would most likely increase the erosion caused by a stream?

  1. Decreased temperature

  2. Increased rainfall

  3. Decreased animal life

  4. Increased evaporation

Increased rainfall

200

When are igneous rocks formed?

  1. When melted rock (lava) becomes solid.

  2. When layers of mud become compressed.

  3. When layers of mud are formed deep inside Earth.

  4. When solid rock becomes melted (turns into lava).

 When melted rock (lava) becomes solid.

200

Which of these is a renewable energy source?

  1. Ethanol

  2. Uranium

  3. Natural Gas

  4. Coal

Ethanol

200

Which river is most likely to cause the most erosion?

  1. A long river with fast water.

  2. A short river with very cold water.

  3. A long river with very little water.

  4. A short river with very slow water.

A long river with fast water.

300

What type of rock can be found as “layers” of another, or be broken down in parts of fossils?

  1. Sedimentary

  2. Igneous

  3. Metamorphic

  4. Lava

Sedimentary

300

What nonrenewable resource found in Florida is a salt, is typically mined, and is often used in agriculture?

  1. Limestone

  2. Phosphate

  3. Oil

  4. Silicon

Phosphate

300

Many processes that shape Earth happen over thousands of years.  Some processes happen much more quickly.  Which of the following has the potential to change Earth’s landforms most quickly?

  1. The formation of a canyon by a river.

  2. The carving of a valley by a glacier.

  3. The weathering of rocks by wind.

  4. The erosion of sand on a beach by storms.

The erosion of sand on a beach by storms.

400

Which of the following are characteristics of the common mineral known as quartz?

  1. Usually shiny and golden, can rust, smells of sulfur

  2. Usually transparent or opaque, found in sea shells, quite soft

  3. Usually clear or cloudy, abundant in Earth’s crust, quite hard.

  4. Usually dark and shiny breaks off in sheets, resistant to heat.

Usually clear or cloudy, abundant in Earth’s crust, quite hard.

400

Which of these is a renewable resource?

  1. Plutonium

  2. Gold

  3. Sulfur

  4. Nitrogen

Nitrogen

400

What could cause rocks to split and break, greatly changing the landscape of a region?

  1. Fine sand settling in the cracks of rocks.

  2. Water freezing inside the cracks of rocks.

  3. Sunlight shining into the cracks of rocks.

  4. Small animals searching for food in the cracks of rocks.

Water freezing inside the cracks of rocks.

500

Mr. Varona moves to Hawaii.  He sends us a postcard and says that the rocks he has been finding for his science experiment are igneous.  Why do you think this is true?

  1. The fossils all melted in the volcanoes.

  2. There are many volcanoes in Hawaii.

  3. Sedimentary rocks form as lava cools.

  4. There are many jungle plants and animals in Hawaii.

There are many volcanoes in Hawaii.

500

Which of these is a nonrenewable resource?

  1. Aluminum

  2. Oxygen

  3. Sugar

  4. Cotton

Oxygen

500

Dannell created a model of a glacier to help explain how glaciers change the surface of Earth.  He froze two large blocks of ice.  One block was pure water.  The other was water mixed with sand and rocks.  He took both blocks and rubbed them across a sheet of tinfoil.  The block of pure water slid smoothly over the tinfoil.  The block with sand and rocks ripped the tinfoil in many places.  How does Dannell’s model explain how glaciers change Earth’s surface?

  1. The rocks and sand contained in some glaciers fill the grooves in Earth’s surface.

  2. The water in pure glaciers cools Earth’s surface.

  3. The rocks and sand contained in most glaciers create grooves in Earth’s surface.

  4. Pure glaciers and glaciers that contain rocks and sand affect the Earth in exactly the same way.

The rocks and sand contained in most glaciers create grooves in Earth’s surface.