METAMORPHIC GEOLOGY (uppersixth art geology)

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Test your knowledge about metamorphic rocks! In this game, you will determine whether the given nouns are related to the definition and origin of metamorphic rocks. Answer with ✅ for true and ❌ for false.

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YAKILI LMS

Cameroon

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METAMORPHIC GEOLOGY (uppersixth art geology)


METAMORPHIC GEOLOGY (uppersixth art geology)Online version Test your knowledge about metamorphic rocks! In this game, you will determine whether the given nouns are related to the definition and origin of metamorphic rocks. Answer with ✅ for true and ❌ for false. by YAKILI LMS 1 Metamorphic rocks contain a variety of minerals formed under heat and pressure. Yes No 2 Anthracite coal is a metamorphosed form of bituminous coal. Yes No 3 Coal is a type of metamorphic rock. Yes No 4 Basalt can become metamorphosed into amphibolite under pressure. Yes No 5 Granite cannot become gneiss through metamorphism. Yes No 6 Volcanic activity can lead to contact metamorphism near magma. Yes No 7 Basalt is a common metamorphic rock. Yes No 8 Metamorphic rocks are only found in deserts. Yes No 9 Granite is a type of metamorphic rock. Yes No 10 Gneiss is characterized by its banded appearance. Yes No 11 The main component of metamorphic rocks is water. Yes No 12 Metamorphic rocks are formed from volcanic activity. Yes No 13 Metamorphic rocks can form from igneous rocks. Yes No 14 Metamorphic rocks are only found in deserts. Yes No 15 Slate is a type of metamorphic rock. Yes No 16 Quartzite is formed from sandstone. Yes No 17 Schist is known for its shiny appearance due to mica. Yes No 18 Sedimentary rocks cannot become metamorphic rocks. Yes No 19 Marble originates from limestone through metamorphism. Yes No 20 Metamorphic rocks are always formed at the Earth's surface. Yes No 21 Foliated metamorphic rocks show parallel alignment of minerals. Yes No 22 Non-foliated metamorphic rocks have a layered texture. Yes No 23 The parent rock of marble is limestone. Yes No 24 Contact metamorphism affects large regions and is associated with mountain building. Yes No 25 Metamorphic rocks can display both foliation and recrystallization. Yes No 26 Regional metamorphism is caused by high temperature and directed pressure over wide areas. Yes No 27 Hydrothermal fluids can influence the mineralogy of metamorphic rocks. Yes No 28 Sedimentary rocks can become metamorphic through heat and pressure. Yes No 29 Metamorphic rocks always form at the Earth’s surface. Yes No 30 Gneiss forms from high-grade metamorphism of granite or shale. Yes No 31 Pressure is a key factor in the metamorphic process. Yes No 32 Basalt can transform into greenstone through low-grade metamorphism. Yes No 33 Erosion creates metamorphic rocks by removing material Yes No 34 Granite is an igneous rock that can metamorphose into gneiss. Yes No 35 Metamorphic rocks are formed from existing rocks under heat and pressure. Yes No 36 Igneous rocks can metamorphose into metamorphic rocks. Yes No 37 Coal cannot transform into anthracite under metamorphism. Yes No 38 Volcanoes can create heat that drives contact metamorphism nearby. Yes No 39 Metamorphism can change the mineral composition of rocks. Yes No 40 The presence of water can influence the metamorphic process. Yes No 41 Metamorphism only occurs at the Earth's surface. Yes No 42 Metamorphic rocks are formed under high pressure and temperature. Yes No 43 All metamorphic rocks are formed from limestone. Yes No 44 All metamorphic rocks have a glassy texture. Yes No 45 Metamorphism is the same as sedimentation. Yes No 46 Granite is a type of metamorphic rock. Yes No 47 The parent rock of schist is usually shale. Yes No 48 Regional metamorphism occurs over large areas. Yes No 49 The texture of all metamorphic rocks is uniform. Yes No

METAMORPHIC GEOLOGY (uppersixth art geology)

Yes or No

About this activity

Created by

Download the paper version to play

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METAMORPHIC GEOLOGY (uppersixth art geology)Online version

by YAKILI LMS

Metamorphic rocks contain a variety of minerals formed under heat and pressure.

Anthracite coal is a metamorphosed form of bituminous coal.

Coal is a type of metamorphic rock.

Basalt can become metamorphosed into amphibolite under pressure.

Granite cannot become gneiss through metamorphism.

Volcanic activity can lead to contact metamorphism near magma.

Basalt is a common metamorphic rock.

Metamorphic rocks are only found in deserts.

Granite is a type of metamorphic rock.

Gneiss is characterized by its banded appearance.

The main component of metamorphic rocks is water.

Metamorphic rocks are formed from volcanic activity.

Metamorphic rocks can form from igneous rocks.

Metamorphic rocks are only found in deserts.

Slate is a type of metamorphic rock.

Quartzite is formed from sandstone.

Schist is known for its shiny appearance due to mica.

Sedimentary rocks cannot become metamorphic rocks.

Marble originates from limestone through metamorphism.

Metamorphic rocks are always formed at the Earth's surface.

Foliated metamorphic rocks show parallel alignment of minerals.

Non-foliated metamorphic rocks have a layered texture.

The parent rock of marble is limestone.

Contact metamorphism affects large regions and is associated with mountain building.

Metamorphic rocks can display both foliation and recrystallization.

Regional metamorphism is caused by high temperature and directed pressure over wide areas.

Hydrothermal fluids can influence the mineralogy of metamorphic rocks.

Sedimentary rocks can become metamorphic through heat and pressure.

Metamorphic rocks always form at the Earth’s surface.

Gneiss forms from high-grade metamorphism of granite or shale.

Pressure is a key factor in the metamorphic process.

Basalt can transform into greenstone through low-grade metamorphism.

Erosion creates metamorphic rocks by removing material

Granite is an igneous rock that can metamorphose into gneiss.

Metamorphic rocks are formed from existing rocks under heat and pressure.

Igneous rocks can metamorphose into metamorphic rocks.

Coal cannot transform into anthracite under metamorphism.

Volcanoes can create heat that drives contact metamorphism nearby.

Metamorphism can change the mineral composition of rocks.

The presence of water can influence the metamorphic process.

Metamorphism only occurs at the Earth's surface.

Metamorphic rocks are formed under high pressure and temperature.

All metamorphic rocks are formed from limestone.

All metamorphic rocks have a glassy texture.

Metamorphism is the same as sedimentation.

Granite is a type of metamorphic rock.

The parent rock of schist is usually shale.

Regional metamorphism occurs over large areas.

The texture of all metamorphic rocks is uniform.