percentage of moisture the air holds relative to the amount it could hold at a given temperature

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percentage of moisture the air holds relative to the amount it could hold at a given temperatur e relative humidity

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percentage of moisture the air holds relative to the amount it could hold at a given temperature. relative humidity. movement of water through an ecosystem. condensation. evaporation. precipitation. run-off. water cycle. a mountain formed by rock movement along a normal fault. - PowerPoint PPT Presentation

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Page 1: percentage of moisture the air holds relative to the amount it could hold at a given temperature

percentage of moisture the

air holds relative to the

amount it could hold at

a given temperature

relative humidity

Page 2: percentage of moisture the air holds relative to the amount it could hold at a given temperature

movement of water through an ecosystem

evaporation precipitation

condensation

run-off

water cycle

Page 3: percentage of moisture the air holds relative to the amount it could hold at a given temperature

a mountain formed by rock movement along a normal fault

fault-block mountain

Page 4: percentage of moisture the air holds relative to the amount it could hold at a given temperature

a mountain formed by

the collision of two

continental boundaries

folded mountain

Page 5: percentage of moisture the air holds relative to the amount it could hold at a given temperature

occurs mostly along tectonic plate boundaries and can occur in the middle of plates along fault lines

earthquake activity

Page 6: percentage of moisture the air holds relative to the amount it could hold at a given temperature

Layers of Earth’s Atmosphere

Life-supporting; weather occurs here

contains the ozone

Middle layer; heated by the stratosphere

heated by the sun’s radiation

outer space

Page 7: percentage of moisture the air holds relative to the amount it could hold at a given temperature

a plant eaterherbivore

Page 8: percentage of moisture the air holds relative to the amount it could hold at a given temperature

too small to be seen without a

microscope

mic

roor

gani

sm

Page 9: percentage of moisture the air holds relative to the amount it could hold at a given temperature

visible to the unaided eye

macro organism

Page 10: percentage of moisture the air holds relative to the amount it could hold at a given temperature

the feeding relationship between a producer and a single chain of consumers

Page 11: percentage of moisture the air holds relative to the amount it could hold at a given temperature

Feeding relationship between many different

producers and consumers

Man

y fo

od

chai

ns

food web

Page 12: percentage of moisture the air holds relative to the amount it could hold at a given temperature

the natural environment

in which a living thing gets all it

needs

habitat

Page 13: percentage of moisture the air holds relative to the amount it could hold at a given temperature

a particular environment and all the living things

supported by itecosystem

Page 14: percentage of moisture the air holds relative to the amount it could hold at a given temperature

carrying capacityAll full!No more room or resources for certain species in an area.

Page 15: percentage of moisture the air holds relative to the amount it could hold at a given temperature

Pattern in spaceFlocks, herds, geese in the air, fish in schools

Pattern in TimeLeaves falling, animal birth, migration

Page 16: percentage of moisture the air holds relative to the amount it could hold at a given temperature

Adaptation a change that helps a species survive and reproduce

Characteristic: body structure, the way it eats, the way its body processes materialsBehavior: the way it actsInherited trait: passed from parent

Page 17: percentage of moisture the air holds relative to the amount it could hold at a given temperature

Pangaea

supercontinent that existed 200 million years ago

Page 18: percentage of moisture the air holds relative to the amount it could hold at a given temperature

Earth

’s L

ayer

s

Center, solid, metallic sphere

Molten metal

Thickest layer, molten rock

Thin, outermost

layer of Earth

Page 19: percentage of moisture the air holds relative to the amount it could hold at a given temperature

rock block slides up and pushes together

along a fault

rock block slides down and pulls

apart along a fault

sideways movement along a fault plane

Page 20: percentage of moisture the air holds relative to the amount it could hold at a given temperature

Convection currents

Page 21: percentage of moisture the air holds relative to the amount it could hold at a given temperature

Plate Boundaries:A. Divergent

B. ConvergentC. Transform

Page 22: percentage of moisture the air holds relative to the amount it could hold at a given temperature

a water wave caused by an earthquake

tsunami

Page 23: percentage of moisture the air holds relative to the amount it could hold at a given temperature

the instrument

which records ground

movement

seismograph

Page 24: percentage of moisture the air holds relative to the amount it could hold at a given temperature

the underground point where rocks

begin to move

point on the Earth’s surface directly above

fault movement

Page 25: percentage of moisture the air holds relative to the amount it could hold at a given temperature

steep, cone-shaped volcano composed of cinders and

rock fragments

Page 26: percentage of moisture the air holds relative to the amount it could hold at a given temperature

broad, flat-domed volcano composed of many thin,

hardened lava layers

Page 27: percentage of moisture the air holds relative to the amount it could hold at a given temperature

cone-shaped volcano composed of layers of lava and hardened rock

Page 28: percentage of moisture the air holds relative to the amount it could hold at a given temperature

a volcano that has not

erupted recently but could erupt in the near

future

dormant volcano

Page 29: percentage of moisture the air holds relative to the amount it could hold at a given temperature

a volcano that has not erupted in recorded history

extinct volcano

Page 30: percentage of moisture the air holds relative to the amount it could hold at a given temperature

Rock CycleMetamorphic Rock formed under heat and pressure

Igneous Rockformed from cooled melted rock

Sedimentary Rockformed from layers

of pressed or cemented

sediments

Page 31: percentage of moisture the air holds relative to the amount it could hold at a given temperature

Some Characteristics of MineralsColor Luster (shine)

Hardness Streak

Page 32: percentage of moisture the air holds relative to the amount it could hold at a given temperature

geothermal energy

energy made from the heat

inside the Earth

Page 33: percentage of moisture the air holds relative to the amount it could hold at a given temperature

energy released during a chemical reaction

Chemical energy

Page 34: percentage of moisture the air holds relative to the amount it could hold at a given temperature

energy produced from the flow of

electrons

electrical energy

Page 35: percentage of moisture the air holds relative to the amount it could hold at a given temperature

solar energy

Energy made by the sun’s

rays

Page 36: percentage of moisture the air holds relative to the amount it could hold at a given temperature

fuel sources which when used up are all

gone, there is nothing to replace them

(i.e. coal, oil, natural gas, uranium,

minerals, rocks)

Nonrenewable resources

Page 37: percentage of moisture the air holds relative to the amount it could hold at a given temperature

fuel sources which naturally replace themselves (i.e. sunlight, wind, water)

renewable resources

Page 38: percentage of moisture the air holds relative to the amount it could hold at a given temperature

energy in motion

kinetic energy

Page 39: percentage of moisture the air holds relative to the amount it could hold at a given temperature

stored energy

potential energy

Page 40: percentage of moisture the air holds relative to the amount it could hold at a given temperature

a forward force produced in reaction to

escaping gases

thru

st

Page 41: percentage of moisture the air holds relative to the amount it could hold at a given temperature

3rd charge; pressurizes the body tube and ejects the recovery system

1st charge; provides lift-off

and acceleration

thrust charge

2nd charge; allows rocket to slow down; provides smoke to

track the rocket

Page 42: percentage of moisture the air holds relative to the amount it could hold at a given temperature

part of the rocket that accelerates the exhaust gas to a high velocity as it is expelled from the engine

nozzle

Page 43: percentage of moisture the air holds relative to the amount it could hold at a given temperature

The condition of the earth’s

atmosphere at a particular

time and place

Happens in the Troll

Sphere…I mean

Troposphere

weather

Page 44: percentage of moisture the air holds relative to the amount it could hold at a given temperature

Changes in weather

Uneven heating by the sun

Moving air masses

Air pressure changes

Page 45: percentage of moisture the air holds relative to the amount it could hold at a given temperature

cirrusdry weather, but rain may develop

stratusovercast, steady rain

cumulusdry weather

cumulonimbusstormy

cloud types

Page 46: percentage of moisture the air holds relative to the amount it could hold at a given temperature

boundaries between air

masses

fronts

Page 47: percentage of moisture the air holds relative to the amount it could hold at a given temperature

wind blows from water to land during the dayse

a

breez

e

wind blows from land to water at night

land

breeze

Page 48: percentage of moisture the air holds relative to the amount it could hold at a given temperature

temperature

air pressure

wind

humidityw

eath

er

influ

ence

rs

Page 49: percentage of moisture the air holds relative to the amount it could hold at a given temperature

measure

s air

pressure

barometer

Page 50: percentage of moisture the air holds relative to the amount it could hold at a given temperature

PS- Air pressure goes down as heat goes up

Air pressure goes down as we travel up in the atmosphere

I’m hot but at least it’s less pressure

Ah…so much less pressure up here

Page 51: percentage of moisture the air holds relative to the amount it could hold at a given temperature

measures humidity

sling psychrometer

Page 52: percentage of moisture the air holds relative to the amount it could hold at a given temperature

measures wind speed

anemometer

Page 53: percentage of moisture the air holds relative to the amount it could hold at a given temperature

________

clear food substance surroundi

ng and protecting the yolk

albumen