U4M3L1 Natural Resources
U4M3L2 Distribution of Resources
U4M3L3 Depletion of Resources
U4M4L1 Earthquakes Risks
U4M2L5 The Cycling of Earth’s Materials
100

_____________________________

is a part of Earth that humans use to satisfy their needs.

A. Ecosystem

B. Estuary

C. Habitat

D. Natural resource

D. Natural resource

100

__________________ is the measure of water’s ability to flow through sediment and rock.

A. Deposition

B. Permeability

C. Porosity

D. Subduction

Permeability

100

If the cost of separating a mineral from waste rock becomes too great, the mineral may no longer be classified as an ore. This happens because ____.

A. The mineral can no longer be mined at a profit

B. The mineral has lost its usefulness

C. The demand for the mineral has decreased

D. None of the above

A. The mineral can no longer be mined at a profit

100

_____________________ scale is used to classify an earthquake based on a description found in ancient

writings.

A. Modified Intensity Scale

B. Moment Magnitude Scale

C. Richter Magnitude Scale

D. Seismic Magnitude Scale

A. Modified Intensity Scale

100

_______________________ are NOT changed to sediments by weathering and erosion.

A. Igneous rocks

B. Magma

C. Metamorphic rocks

D. Sedimentary rocks

B. Magma

200

 _______________ are deposits of minerals large enough to be mined for a profit.

A. Metals

B. Sediments

C. Ores

D. Run-offs

C. Ores

200

__________________ is the amount of pore space in a material.

A. Deposition

B. Permeability

C. Porosity

D. Subduction

Porosity

200

Suppose digital technology, gold jewelry, and paper money caused the need for silver to no longer exist. Would silver still be considered an ore?

Silver would no longer be considered an ore. By definition, an ore is a mineral that contains a substance that can be mined for profit. Since silver would no longer be necessary, mining it would not produce profit thus causing it to no longer be considered an ore.

200

 _______________ scale is used to measure earthquake intensity based on its effects on people and structures.

A. Mercalli Intensity Scale

B. Moment Magnitude Scale

C. Richter Magnitude Scale

D. Seismic Magnitude Scale

A. Mercalli Intensity Scale

200

Igneous rocks form from ____ when it cools.

A. Magma

B. Lava

C. Both magma and lava

D. Neither magma nor lava

C. Both magma and lava

300

 ______________ is a natural resource because it is used by living things to meet their needs.

A. Glass

B. Plastic

C. Land

D. Steel

Land

300

A low volume of pores means the rock has _____________ porosity.

A. High

B. Low

C. Medium

D. No

B. Low

300

How does the cost of removing waste material affect the classification of an ore?

If the cost of removing the waste material becomes higher than the value of the ore itself, the mineral will no longer be classified as an ore. It would no longer be economical to mine the ore.

300

____________________ scale is used to measure the energy or magnitude of the largest seismic waves

produced by an earthquake.

A. Mercalli Intensity Scale

B. Moment Magnitude Scale

C. Richter Magnitude Scale

D. Seismic Magnitude Scale

C. Richter Magnitude Scale

300

The rock cycle can change the sedimentary rock limestone into _____ through metamorphosis.

A. Conglomerate

B. Gneiss

C. Granite

D. Marble

D. Marble

400

Which of the following is a renewable resource?

A. Geothermal

B. Minerals

C. Natural gas

D. Oil

A. Geothermal

400

A(n) ____ is a layer of permeable rock that lets water move freely.

A. Aquifer

B. Cave

C. Spring

D. Water table

Aquifer

400

What three factors should be considered before mining a newly found mineral deposit?

1. the cost of mining the mineral

2. the demand for the mineral

3. environmental impact of the mine

400

 ____________________ is an area of many fractured pieces of crust along a large fault.

A. Crust zone

B. Fault zone

C. Rift zone

D. Soft zone

B. Fault zone

400

Which statement is correct regarding metamorphic rock formation?

A. Small pieces of rocks are buried, squeezed, and cemented together

B. The temperature inside Earth is cooler which allows metamorphic rocks to form quickly

C. The deeper into Earth’s crust, the higher the pressure that forms metamorphic rocks

D. Weathering and erosion cause rocks to break down to form metamorphic rocks

C. The deeper into Earth’s crust, the higher the pressure that forms metamorphic rocks

500

Which of the following is NOT a non-renewable energy resource?

A. Air

B. Coal

C. Minerals

D. Natural gas

Air

500

Which of the following determined the type of fossil fuel formed from prehistoric organic

matter?

A. Length and time the organic matter was buried

B. Temperature and pressure

C. Type of organic matter

D. All of the above

D. All of the above

500

Your friend states that she doesn’t understand what the big deal is about conserving fossil fuels. What are two reasons why conserving fossils fuels is important that you could share with your friend?

conserving fossil fuels is important because fossil fuels are a non-renewable resource. In other words, there is a limited supply. I would also tell my friend that conserving fossil fuels limits the damaging impacts of their use, such as air pollution.

500

Name three factors that decide the strength of earthquake.

1. Distance from Epicenter

2. Type of Rock/ Soil

3. Magnitude of Earthquake

500

What causes the difference in grain size between intrusive igneous rocks and extrusive igneous rocks?

When rocks cool slowly, as do intrusive igneous rocks, they have time to form large crystals, unlike rocks that cool quickly, which tend to form small crystals.

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