ENDOGENIC PROCESSING Flashcards

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1
Q

What are endogenic processes?

A

Endogenic processes are internal processes within the Earth that lead to the formation of landforms.

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2
Q

True or False: Endogenic processes are responsible for shaping the Earth’s surface.

A

True

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3
Q

What is the primary driving force behind endogenic processes?

A

Heat from within the Earth’s interior

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4
Q

Fill in the blank: Endogenic processes are driven by the movement of ________ within the Earth.

A

magma

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5
Q

What type of landforms are typically formed by endogenic processes?

A

Mountains, volcanoes, and plateaus

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6
Q

How do endogenic processes contribute to the Earth’s tectonic plates?

A

They create and destroy tectonic plates through processes like subduction and seafloor spreading.

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7
Q

What is the term for the process of one tectonic plate descending beneath another?

A

Subduction

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8
Q

What landform is created when magma reaches the Earth’s surface and solidifies?

A

Volcanoes

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9
Q

is the result of the fracture or displacement of rock layer or strata along a fault plane.

A

faulting

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10
Q

How do endogenic processes contribute to the formation of earthquakes?

A

By the sudden release of energy along fault lines

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11
Q

causes squeezing, tensional stress causes stretching, and shearing stress causes side-to-side movement. Folding in rocks often results in the appearance of physical folds called anticline
and syncline.

A

Compressional stress

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12
Q

True or False: Endogenic processes are slow and gradual in nature.

A

False

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13
Q

refers to any change in the shape or size of a rock as a response to the stress

A

Deformation

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14
Q

is the result of the fracture or displacement of rock layer or strata along a fault plane.

A

faulting

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15
Q

How do endogenic processes contribute to the formation of new crust?

A

Through processes like seafloor spreading and volcanic activity

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16
Q

What is the term for the molten rock beneath the Earth’s surface?

A

Magma

17
Q

True or False: Endogenic processes only occur at plate boundaries.

A

False

18
Q

What is the term for the process of the Earth’s crust being forced upward?

A

Uplift

19
Q

Fill in the blank: The process of the Earth’s crust being forced downward is known as ________.

A

subsidence

20
Q

How do endogenic processes contribute to the formation of deep ocean trenches?

A

Through the process of subduction

21
Q

What is the term for the process of the Earth’s crust being forced downward and creating a depression?

A

subsidence

22
Q

True or False: Endogenic processes are solely responsible for the formation of sedimentary rocks.

A

False

23
Q

Fill in the blank: The process of the Earth’s crust being stretched and pulled apart is known as ________.

A

rifting

24
Q

in rocks occur when they are subjected to tectonic forces from opposite sides.

A

FOLDING

25
Q

is the primary material extruded from a volcano in addition to volcanic rocks, ash, and dust during volcanic eruptions.

A

Lava

26
Q

large volumes of rocks would melt within the athenosphere. The melting caused by decreasing pressure is called

A

pressure-release melting‘.

27
Q

are the long narrow zones where one lithospheric plate descends beneath another, specifically, when an oceanic lithosphere thrusts into the mantle along a convergence. Heat in the crust and upper mantle is added as huge slabs of crust slide past each other at the subduction zones by friction,

A

Subduction Zones

28
Q

Is the eruption of molten rock called

A

“magma onto Earth’s surface through a vent”.

29
Q

The driving force of volcanism is the plate tectonic motion created by the movement of molten rocks in the mantle cause by

A

thermal convection currents’.

30
Q

is when there are no movement on either side of the universe of the fracture.

A

a Joint

31
Q

is when there is any movement on one or both sides of the fracture.

A

A Fault

32
Q

show vertical movement at the hanging wall and the footwall.

A

Dip-slip faults

33
Q

shows horizontal and parallel displacements of the fault planes. A transform fault,

A

Strike-Slip fault

34
Q

which is caused by shear strain, is an example of a strike-slip fault.

A

A transform fault