Section 1

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Nitrogen

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Last updated

6 years ago

Date created

Mar 14, 2020

Cards (103)

Section 1

(50 cards)

Nitrogen

Front

Most abundant gas in the atmosphere more than 3/4 of the air we breath

Back

by the distance between two waves

Front

Electromagnetic waves are classified

Back

convection current

Front

main way heat is transferred in the troposphere

Back

trough

Front

Lowest point of a wave

Back

Android barometer Mercury Barometer

Front

Two instruments used to measure air pressure are _________ & _________

Back

greater

Front

Air pressure at sea level is ___ than air pressure at the top of a mountain

Back

decrease

Front

As the Altitude increases the density of the air ______

Back

Sea mounts

Front

Mountains rising from the ocean floor

Back

oxygen

Front

second most abundant gas (21%) fires need this to burn

Back

frozen

Front

Most of Earth's fresh water is _______

Back

Pouted or Salty

Front

Why is so much of the water not drinkable for humans.

Back

continental slope

Front

a steep incline of the ocean floor leading down from the edge of the continental shelf

Back

water vapor

Front

water in the form of a gas

Back

Transpiration

Front

Evaporation of water from the leaves of a plant

Back

density

Front

the amount of mass in a given volume is its ___________

Back

Tsunami

Front

A giant wave usually caused by an earthquake beneath the ocean floor.

Back

97%

Front

percent of water on earth is salt water

Back

depth temp salinity

Front

water in earths oceans vary in

Back

Energy from the sun and gravity

Front

What is the water cycle driven by

Back

Percipitation

Front

water that falls from the atmosphere to the Earth as rain,sleet , or snow

Back

C02

Front

plants use this to make food 1% of earths atmosphere

Back

circular wave motion

Front

Which moment do the water partials take

Back

mid-ocean ridge

Front

An underwater moutain chain where new ocean floor is formed

Back

higher salinity

Front

why is the ocean denser than fresh water at the same temp

Back

lower

Front

The higher the altitude the __________ the air pressure

Back

lowers

Front

The level of mercury in a barometer ___ as the air pressure falls.

Back

surface zone

Front

the warm, top layer of ocean water

Back

atmosphere

Front

A mixture of gases that surrounds a planet or moon.

Back

wave hight

Front

the vertical distance from the crest of a wave to the trough

Back

Temperature

Front

A measure of the average energy of motion of the particles of a substance.

Back

greenhouse effect

Front

Natural situation in which heat is retained in Earth's atmosphere by carbon dioxide, methane, water vapor, and other gases

Back

continetal shelf

Front

a gently sloping, shallow area of the ocean floor that extends outward from the edge of the contient

Back

Freaquency

Front

the number of waves that pas a point at a certain time

Back

body functions and habitat

Front

Why is water important to living things?

Back

Condensation

Front

Gas to liquid

Back

sonar

Front

a form of tech scientist use to map the ocean floor

Back

abyssal plain

Front

a large, flat, almost level area of the deep-ocean basin

Back

crest

Front

Highest point of a wave (peak)

Back

Scatterring

Front

the process of light that disperses in all directions makes the sky look blue

Back

Evaporation

Front

Liquid to gas

Back

Temperature decreases pressure increases

Front

as you go deeper in the ocean

Back

ocean trench

Front

Deep valley in the ocean floor that forms along a subduction zone

Back

longer

Front

red light has a ___ wavelength than violet light

Back

by radiation

Front

How is heat transferred from the sun to Earth?

Back

decrease

Front

as the wave nears the shore the wave height increases and the wave length

Back

wavelength

Front

Horizontal distance between the crests or between the troughs of two adjacent waves

Back

UV radiation

Front

damaging rays from the sun sunburns

Back

inferred radiation

Front

Electromagnetic waves with waves lengths that are longer red light.

Back

weather

Front

The condition of Earth's atmosphere at a particular time and place.

Back

thermal energy

Front

The measure of the total energy of motion in the particles of a substance

Back

Section 2

(50 cards)

occluded front

Front

a front where a warm air mass is caught between two colder air masses and brings cool temperatures and large amounts of rain and snow

Back

Cenozoic Era

Front

Age of mammals

Back

Dew point

Front

The temperature at which condensation begins

Back

mass extinction

Front

event in which many types of living things become extinct at the same time

Back

extrusion

Front

An igneous rock layer formed when lava flows onto Earth's surface and hardens.

Back

Weight

Front

A measure of the force of gravity on an object

Back

sun

Front

is the source of energy that drives the water cycle

Back

tornado warning

Front

an announcement that a tornado has been seen in the sky or on weather radar

Back

fossil index

Front

the closer to the top the younger the fossil deeper down in older fossils

Back

cold and wet

Front

maritime polar

Back

the law of superposition

Front

The geologic principle that states that in horizontal layers of sedimentary rock, each layer is older than the layer above it and younger than the layer below it.

Back

solar eclipse

Front

Occurs when the Moon passes directly between the Sun and Earth and casts a shadow over part of Earth

Back

sleet

Front

Formed when rain falls through a layer of freezing air.

Back

weathering

Front

The breaking down of rocks and other materials on the Earth's surface.

Back

Carboniferous Period

Front

When ferns and amphibians were dominant and coal deposits formed

Back

high tide

Front

The time at which the tide reaches its highest level

Back

Erosion

Front

Processes by which rock, sand, and soil are broken down and carried away (i.e. weathering, glaciation)

Back

First multicellular organisms

Front

invertebrates

Back

mesezoic era

Front

- 245 - 65mya - dinosaurs are largest life form - first mammals - end of cretaceous period - mass extinction (dinosaurs)

Back

cirrus clouds

Front

Wispy, feathery clouds made of ice crystals that form at high levels.

Back

thunder

Front

a booming or crashing noise caused by air expanding along the path of a bolt of lightning

Back

less, water vapor

Front

cold air can hold ________ ________ than warm air

Back

lunar eclipse

Front

the blocking of sunlight to the moon that occurs when Earth is directly between the sun and the moon

Back

cooling, partials

Front

Two conditions required for condensation are ________ of the air and the presence of ________ in the air.

Back

month

Front

One day on the moon is the same as one _______ on Earth

Back

Mass

Front

the amount of matter in an object

Back

Compaction

Front

the process by which sediments are pressed together under their own weight

Back

Cretaceous Period

Front

A period when more carnivorous, ferocious Dinosaurs evolved

Back

ears and periods

Front

What the geological time scale is divided into

Back

Continetal Polar Air Mass

Front

dry and cold air mass

Back

snow

Front

precipitation falling from clouds in the form of ice crystals

Back

isotherms

Front

Lines joining places that have the same temperature

Back

dry, clear weather

Front

Weather associated with an anticyclone is generally

Back

Cumulonimbus Clouds

Front

Thunderstorm clouds

Back

Quaternary Period

Front

The youngest geologic period; includes the present time.

Back

Palezoic Era

Front

Began with the early invertebrates, continued to develop the early vertebrate fish

Back

intrusion

Front

An igneous rock layer formed when magma hardens beneath Earth's surface.

Back

Full moon

Front

Spring tides are produced during a new moon and a ______________

Back

over

Front

at a warm front warm air meets and moves _______ cold air

Back

Precambrian Time

Front

makes up about 88 % of earth's history; when the oceans, atmosphere, and continents were formed

Back

neap tide

Front

the tide with the least difference between consecutive low and high tides

Back

lightning

Front

A sudden spark, or energy discharge, caused when electrical charges jump between parts of a cloud, between nearby clouds, or between a cloud and the ground.

Back

Continetal Tropical Air Mass

Front

Dry and warm air mass

Back

by erosion and weathering

Front

rocks are broken down and carried away by

Back

low tide

Front

The time at which the tide reaches its lowest level

Back

invertebrate

Front

an animal that does not have a backbone

Back

Unconformity

Front

A break in the geologic record created when rock layers are eroded or when sediment is not deposited for a long period of time.

Back

Triassic Period

Front

Part of the Mesozoic Era, the period when dinosaurs first appeared. (248-213 million years ago)

Back

gains

Front

a hurricane __________ energy from ocean water

Back

relative age of rock

Front

its age compared to the ages of other rocks

Back

Section 3

(3 cards)

Uniformitarianism

Front

A principle that geologic processes that occurred in the past can be explained by current geologic processes

Back

water, oxygen, carbon dioxide, living organisms, and acid rain

Front

chemical weathering

Back

mechanical weathering

Front

The type of weathering in which rock is physically broken into smaller pieces

Back