EARTH AND SPACE 1

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EARTH AND SPACE 1


EARTH AND SPACE 1Versión en línea Review for the 1st Term Examination por NACENO, Keana Gale Tagud 1 A seismic station records a sudden change in the velocity of P-waves as they cross from one layer of Earth into another. What does this most likely indicate? a A. The earthquake suddenly became stronger. b B. The material inside Earth changed in physical properties. c C. The waves stopped producing energy. d D. Earth's surface became thinner. 2 2. A researcher wants to determine whether a deep layer of Earth is liquid or solid. Which observation would provide the strongest evidence? a A. The color of rocks at the surface. b B. The temperature of the atmosphere. c C. Whether S-waves can pass through the layer. d D. The number of earthquakes occurring nearby. 3 3. Why are seismic waves useful for investigating Earth's interior? a A. Scientists can directly observe the entire interior. b B. Their behavior changes as they travel through different materials. c B. Their behavior changes as they travel through different materials. d D. They are produced continuously by the mantle. 4 4. A P-wave bends as it travels through Earth's interior. This phenomenon is best explained by: a A. reflection only. b B. refraction caused by changes in material properties. c C. evaporation of minerals. d D. magnetic attraction. 5 5. If S-waves suddenly disappear after reaching a particular depth, which conclusion is most reasonable? a A. The material beyond that depth is liquid. b B. The material beyond that depth is completely gaseous. c C. The earthquake has stopped. d D. The crust has become thicker. 6 6. A geologist is studying the boundary separating the crust from the mantle. Which discontinuity should be investigated? a A. Gutenberg Discontinuity b B. Moho Discontinuity c C. Lehmann Discontinuity d D. D″ Layer 7 A mineral scratches a glass plate but is scratched by quartz. What can be concluded about its hardness? a A. It is definitely harder than quartz. b B. It has a hardness lower than quartz but higher than glass. c C. It has the same hardness as quartz. d D. Hardness cannot be determined. 8 Two minerals have almost the same color. Which combination of properties would be most useful for distinguishing them? a A. Color and size b B. Hardness, streak, and luster c C. Shape and location d D. Temperature and mass 9 A mineral breaks repeatedly along smooth, flat surfaces. Which property is being observed? a A. Fracture b B. Cleavage c C. Streak d D. Luster 10 A decrease in copper production could affect companies that manufacture electrical equipment. What does this demonstrate? a A. Mineral resources have no connection to technology. b B. Mineral supply can influence industrial production. c C. Copper is used only for decoration. d D. Technology does not depend on raw materials. 11 Which statement best describes responsible mineral-resource management? a A. Extract resources as quickly as possible. b B. Stop all use of minerals immediately. c C. Balance resource utilization with environmental protection. d D. Prioritize economic gain regardless of environmental effects. 12 Magma cools beneath Earth's surface and forms large crystals. What type of rock results? a A. Intrusive igneous b B. Extrusive igneous c C. Sedimentary d D. Metamorphic 13 Lava cools rapidly after reaching Earth's surface. Which characteristic would most likely develop? a A. Very large crystals b B. Fine-grained texture c C. Foliated layers d D. Fossil-rich layers 14 Sand grains accumulate, become compacted, and are cemented together. What rock-forming process is occurring? a A. Melting b B. Lithification c C. Metamorphism d D. Crystallization 15 A limestone deposit is subjected to intense heat and pressure but does not melt. What is the likely result? a A. Granite b B. Basalt c C. Sandstone d D. Marble 16 A rock formed when molten material cools and crystallizes underground. a A. Igneous Rock b B. Sedimentary Rock c C. Metamorphic Rock d 17 A rock formed when layers of sediment are compressed and cemented. a A. Igneous Rock b B. Sedimentary Rock c C. Metamorphic Rock d 18 A rock produced when an existing rock is altered by heat and pressure while remaining solid a A. Igneous Rock b B. Sedimentary Rock c C. Metamorphic Rock d 19 A rock with interlocking crystals that formed from slowly cooling magma beneath the surface. a A. Igneous Rock b B. Sedimentary Rock c C. Metamorphic Rock d 20 A rock containing fragments of older rocks that became compacted and cemented together. a A. Igneous Rock b B. Sedimentary Rock c C. Metamorphic Rock d

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EARTH AND SPACE 1

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EARTH AND SPACE 1Versión en línea

por NACENO, Keana Gale Tagud

A seismic station records a sudden change in the velocity of P-waves as they cross from one layer of Earth into another. What does this most likely indicate?

2. A researcher wants to determine whether a deep layer of Earth is liquid or solid. Which observation would provide the strongest evidence?

3. Why are seismic waves useful for investigating Earth's interior?

4. A P-wave bends as it travels through Earth's interior. This phenomenon is best explained by:

5. If S-waves suddenly disappear after reaching a particular depth, which conclusion is most reasonable?

6. A geologist is studying the boundary separating the crust from the mantle. Which discontinuity should be investigated?

A mineral scratches a glass plate but is scratched by quartz. What can be concluded about its hardness?

Two minerals have almost the same color. Which combination of properties would be most useful for distinguishing them?

A mineral breaks repeatedly along smooth, flat surfaces. Which property is being observed?

A decrease in copper production could affect companies that manufacture electrical equipment. What does this demonstrate?

Which statement best describes responsible mineral-resource management?

Magma cools beneath Earth's surface and forms large crystals. What type of rock results?

Lava cools rapidly after reaching Earth's surface. Which characteristic would most likely develop?

Sand grains accumulate, become compacted, and are cemented together. What rock-forming process is occurring?

A limestone deposit is subjected to intense heat and pressure but does not melt. What is the likely result?

A rock formed when molten material cools and crystallizes underground.

A rock formed when layers of sediment are compressed and cemented.

A rock produced when an existing rock is altered by heat and pressure while remaining solid

A rock with interlocking crystals that formed from slowly cooling magma beneath the surface.

A rock containing fragments of older rocks that became compacted and cemented together.