Geo Final

Front 1

Stress definition

Back 1

Force is applied to area

Front 2

Strain

Back 2

Resulting change is shape, orientation,or location

Front 3

Types of deformation

Back 3

Elastic, brittle, and ductile

Front 4

Ductile deformation structures and level of confining pressure

Back 4

Foliations and folds

High pressure

Front 5

What kind of fold is this?

Back 5

Syncline

Front 6

Back 6

Anticline

Front 7

What type of fold?

Back 7

Monocline

Front 8

Identify

Back 8

Non plunging vs plunging

Front 9

Brittle deformation structures and confining pressure level

Back 9

Joints and faults, low pressure

Front 10

Joints

Back 10

Fractures along which no appreciable displacement has occurred although some joints have random orientation most occur in a roughly Parallel Group

Front 11

Faults

Back 11

The former brittle deformation leads fracturing and displacement of Earth's crust, break in rock

Front 12

Fault scarp

Back 12

A cliff created by movement along a fault. It represents the exposed surface of the fault prior to modification by weathering or erosion

Front 13

Reverse fault

Back 13

hanging wall moves up result of compression

Front 14

Yeah strike slip fault

Back 14

A fault along Which movement occurs horizontally, not up and down

Front 15

Footwall block

Back 15

The rock surface below a fault

Front 16

Hanging wall block

Back 16

The rock surface immediately above a fault

Front 17

Three types of differential stress

Back 17

Compressional tensional and shear

Front 18

Compressional stress

Back 18

Differential stress that squeezes a rock mass as if it's placed in a vise, associated with convergent plate boundaries

Front 19

Tensional stress

Back 19

Differential stress that pulls apart or elongates Rock bodies

Front 20

Strain

Back 20

An irreversible change in the shape and size of a rock body caused by stress

Front 21

Shear stress

Back 21

Differential stress that causes the rock to Shear which involves the movement of one part of Iraq passed another causes large segments of crust to slip horizontally past each other

Front 22

How is brittle deformation different from ductile deformation

Back 22

Brittle brakes ductile bends

Front 23

Deformation

Back 23

General term for the processes of folding faulting shearing compression or extension of rocks as a result of various Natural Forces

Front 24

Four factors that affect Rock strength and how they deform

Back 24

Temperature, confining pressure, rock type, time

Front 25

Normal fault

Back 25

When hanging wall drops down, forces pulling side apart

Front 26

How is a reverse fault different from a thrust fault

Back 26

A thrust fault is a low-angle reverse fault

Front 27

How do you figure out if a strike slip fault is Right lateral or left lateral

Back 27

By what block is coming towards you if the left block is like coming towards you it's love lateral if vice versa

Front 28

What kind of plate tectonic setting might you find strike slip fault

Back 28

Transform boundaries