von Michael Power Vor 8 Jahren
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Impact Basin
Motions Moons
Reflection of the sun
Equinox
Earth Data Review
Solstice
solstice
What causes changing seasons
Radiation from the sun
A Titled Axis
Orbiting the sun
Ellipse
Revolution
Magnetic Field
Magnetic Axis
Properties of Earth
Rotation
rotation
axis
Additional Evidence
Sphere Shape
Sphere
Asteroids
Exploring Asteroids
Asteroid Sizes
Meteoroids, Meteors, Meteorites
Meteor Showers
Comets
Structure of Comets
Comet Hale-Bopp
Oort Cloud
Mars
Odyssey and Mars Exploration Rovers
Pathfinder and Global Surveyor
The Viking Probes
Earth
Venus
Mercury
Future Mission
Does Mercury have an Atmosphere
Inner Planets
How the Solar System Formed
Planet Formation
Ideas About the Solar System
Modern View of the Solar System
Sun-Centered Model
Earth-Centered Model
Big Bang Theory
Galaxy
Black Hole
Neutron Star
Supergiant
White Dwarf
Giant
Nebula
Sunspot
Corona
Chromosphere
Photosphere
Absolute Magnitude
Apparent Magnitude
Light-year
Constellations
ores
Vein Minerals
Properties of Gems
germs
Cleavage and Fracture
Streak
Specific Gravity
Luster
Mohs Scale
Mineral Appearance
Hardness
Silicates
Crystals from solutions
Crystals from magma
Crystals
Atom Patterns
Mineral Characteristics
Mineral
Stacked Rocks
Formation of Sedimentary Rocks
Sediments
Classifying Metamorphic Rocks
Foliated Rocks
Nonfoliated Rocks
Formation of Metamorphic Rocks
heat and pressure
hot fluids
10) Melting
9) Metamorphic Rock
8) Heat and Pressure
7) Sedimentary Rock
6) Compact and Cementaion
5) Sendements
4) Weathering and Erosion
3) Igneous Rock
2) Cooling
1) Magma
Formation Of Igneous Rocks
Magma
Lava
Intrusive Rocks
Extrusive Rocks
Volcanic Glass
Extrusive
Obsidian
Pumice
Rhyolite
Andesite
Scoria
Basalt
Intusive
Granite
Diorite
Babbro
seismograph
Seismic waves
focus
primary waves
secondary waves
surface waves
epicenter
normal faults
reverse faults
strike slip fault
channels
gas,ash
gas,ash,rock
low
lava
ash, cinders
lava, ash, gas
gas, ash
high
cinders, ash
moderate
lava, ash
shield Volcanoes
vents
crater
snow
ice
below 0 celcious
dry
less molecules in air
high pressure
humid
feels sticky
more molecules in air
rain/storms
low pressure
storms
hurricane
warm moist aie
rain
clouds
air temperature
hot
on the top
more amount of water vapor
cold
on the bottom
less amount of water vapor
Troposphere (20 C or below)
Stratosphere (0 C and below)
Mesosphere (-80 C and below)
Exosphere (over 800 C)
Molecules pressurized in troposphere.
Gravity brings layers closer
Exosphere is the complete opposite of troposphere
Gravity pulls troposphere closer to the earth. This is the reason why life thrives towards the ground.
Mesosphere (85)
Ionosphere (100)
Radio waves
Electrically charged
"solar charged"
Able to transfer waves when "charged" at night
Light charges radio waves
Waves reflect off of ionosphere
Thermosphere (150)
Exosphere (800)
Troposphere (10 km)
Contains oxygen, carbon dioxide, and nitrogen as well as other gases.
The main air we breathe, play, and sleep in
Stratosphere (50 km)
Ozone layer
Ozone hole
Comes around August and September
Arctic Circle
Ozone is unavailable during this fall
By December circle is gone
Ozone layer is getting thinner.
Blame of global warming goes to CFC's
6. Broken CFC leaves to break up other ozone
5. Oxygen rejoins with oxygen
4. Previously connected oxygen breaks up the CFC and oxygen
3. CFC connects with oxygen atom and abandons other molecules
2. A broken CFC molecule breaks ozone molecule
1. UV breaks up CFC molecule
Ultraviolet rays destroy chlorofluorocarbons
Absorbs ultraviolet radiation
Ozone made up of 3 molecules instead of the normal 2.
Oxygen filled layer ( the point and reason your even alive)
water
Dust, Salt, Ash
O3, Carbon Dioxide, Nitrogen
Seasons are short periods of climate changes
Mountains
Rain Shadows
Subtopic
Adaptions
Polar Zones
Hibernation
Temperate Zones
Intermediate Waters
Deep Waters
Warm and Cold Surface Currents
Tracking Surface Currents
The Gulf Stream
Desalination Plants
Desalination
Removal of Elements
Salts
Basins
Varied Resources
Sediment
Solid-Waste Pollution
Oil Pollution
Chemical Pollution
Sewage
Pollution
How Water Waves Forms
The Gravitational Effect of the Sun
The Gravitational Effect of the Moon
Tidal Bores
Extreme Tidal Ranges
Tidal Range
Tide
Breakers
Wave Movement
Describing Waves
Trough
Crest
Esturaries
River Mouth
Rocky Shore Areas
Beaches
Bottom Dwellers
Lizardfish
Sandperches
Hawkfish
Dragonets
Benthos
Nekton
Swim/Move Independently
Plankton
Drift in Sea/Fresh Water
Microscopic Organism
Other Life Processes
Chemosynthesis
Energy Relationships
Photosynthesis
Deep-Water Deposits
Continental Shelf Deposits
Subduction Zones
Trench
Long, Narrow Ditch
Mid-ocean ridge
Underwater Mountain Range
Relatively Shallow
Abyssal Plains
On Deep Ocean Floor
Underwater Plain
Continental Slope
Continental Shelf
