Slide 2 States of Water Solid LiquidGas Slide 3 When a sample of
water changes from a solid to a liquid, how much does the mass
change? A. Mass is greater in the solid state than it is in the
liquid state B. Mass is great in the liquid state than it is in the
solid state C. Mass is equal in the solid and liquid states. Slide
4 Law of Conservation of Mass The law of conservation of matter
means that matter is not lost during a change in the state of
water. Therefore, mass is not lost during a change in the state of
water. Slide 5 Where Can Water be Found? Hydrosphere: All the water
on or beneath Earth's surface Slide 6 Biosphere: All the living
things on Earth and their environments Where Can Water be Found?
Slide 7 Geosphere: The solid part of Earth including all rocks and
mineral Where Can Water be Found? Slide 8 Water Cycle: the movement
and storage of water between Earth's atmosphere, hydrosphere, and
geosphere Where Can Water be Found? Slide 9 Properties of Water
Molecule The smallest particle of a substance that retains the
chemical and physical properties of the substance and is composed
of two or more atoms Billions and Billions of water molecules come
together to form bodies of water such as rivers and lakes. Slide 10
Movement of Water Play video
http://learn.flvs.net/webdav/educator_ess_v11/climatem
eteorology/mod_flash/3-states-of-water/3-states-of- water.html
Slide 11 Parts of the Water Cycle Slide 12 Human Impacts What are
some ways that humans can have an affect on the water cycle? Slide
13 Slide 14 2. Click on the S1 Climate and Meteorology 01: Water
Cycle 1. Go to the Assessments tab: Slide 15 3. Answer all
questions and at the bottom check the box, and finally click
submit. Slide 16 Slide 17 The Atmosphere A protective layer of
gases that surrounds the Earth like an envelop How do you think the
atmosphere protects the biosphere, geosphere, and water cycle?
Slide 18 Composition of the Atmosphere Slide 19 Structure of the
Atmosphere The effects of gravity, solar radiation, and the
properties of the gases cause the atmosphere to be layered. These
layers are ordered based on their temperature and density Slide 20
Exosphere Slide 21 Thermosphere Slide 22 Mesosphere Slide 23
Stratosphere Slide 24 Troposphere Slide 25 Atmospheric Pressure Air
pressure is the force exerted on you by the weight of tiny
particles of air (air molecules). Why role does gravity play? How
does altitude affect air pressure? Slide 26 Tools for Measuring Air
Pressure Barometer - Liquid mercury inside a long glass tube moves
up and down based on the force of the atmosphere on the liquid.
What happens to the weather and temperature as the barometric
pressure increases or decreases? Slide 27 Air Pressure Lab Slide 28
Earths Winds Slide 29 Wind Energy What can wind be used for? What
are some advantages and disadvantages of wind energy? Slide 30
Slide 31 2. Click on the S1 Climate and Meteorology 02: The
Atmosphere 1. Go to the Assessments tab: Slide 32 3. Answer all
questions and at the bottom check the box, and finally click
submit. Slide 33 Slide 34 So What is the Difference? Slide 35
Collecting Weather Data MethodType of DataImage
ThermometerTemperature BarometerAir Pressure HygrometerHumidity
Anemometer and Wind Vane Wind Speed and Direction Cloud Type and
CoverTypes of Clouds and % coverage Rain gaugeAmount of
Precipitation Slide 36 Weather Maps What can you infer about the
weather on March 11, 2010, compared with Floridas expected climate
in March? Was it warmer or colder than usual? Hint: Compare the
data on Map 1 with the data on Map 2 and Map 3. On March 11, 2010,
how many of Floridas temperature readings for the daily high
temperature were above average? Hint: Compare the top numbers in
Map 1 with the climate data for the mean daily maximum temperatures
for Florida in Map 2. Slide 37 Weather Records Weather data can be
collected to make climate maps. Predicting future climate events,
such as droughts, can be easier. Collecting weather records can
help scientists see patterns in the weather. Slide 38 Climate Zones
A climate zone is an area on Earth with similar temperature and
precipitation patterns. Climate Zones affect the Biosphere There
are three types of zones Tropical Temperate Polar Temperate Polar
Slide 39 Tropical Climate Zones TypeAnnual Precipitation
DescriptionExamples of life Tropical Rain Forest HighLush, dense,
high diversity Monkeys, tree frogs, parrots, orchids, mahogany
trees DesertsLowDry soil conditionsCactus, small bushes, lizards,
small rodents, camels SavannaAlternating highs and lows Wet and dry
seasons Small shrubs, tall grasses, lions, giraffes, elephants
Slide 40 Temperate Climate Zones Grasslands Temperate Forests
Chaparral TypeAnnual Precipitation DescriptionExamples of life
GrasslandsVariableWet and dry seasons Prairie grasses, wildflowers,
small rodents, bison, foxes Temperate Forest SufficientRelatively
consistent amount of water Deer, bear, migrating birds, deciduous
trees ChaparralLowVery hot and dryThick leaves, small shrubs,
coyotes, alligators, cattle, large birds Slide 41 Polar Climate
Zones Taiga Tundra TypeAnnual Precipitation DescriptionExamples of
life TaigaForm of snowMild summers, long cold winters Pine trees,
wolves, moose, and elk TundraLowColder than Taiga, ground
permanently frozen Moss, small flowers, polar bears, caribou,
arctic foxes Slide 42 Weathering in the Geosphere Slide 43 2. Click
on the S1 Climate and Meteorology 03: Weather vs. Climate 1. Go to
the Assessments tab: Slide 44 3. Answer all questions and at the
bottom check the box, and finally click submit.
