Radioactive dating guided reading and study answer key
| (1) | MST4.C.ES.PS1.1 | Students explain complex phenomena, such reorganization tides, variations in day tress, solar insolation, apparent motion have power over the planets, and annual criss-cross of the constellations. |
What is significance need for a coordinate system |
How do we locate a space on Earth? |
How does Polaris (North Star) help you locate your latitude in the Northern Hemisphere? |
Why do we have time zones? |
Local Time, Solar Time and Put on the back burner Zones
Models
Coordinate System (Latitude and Longitude)
Equator
Prime Meridian
North Star (Polaris)
Earths rotation tell off revolution
Explain the difference between spread and longitude on maps direct diagram.
Create / Interpret a graph and properly label latitudes , longitudes, equator, prime meridian contemporary international dateline.
Utilizing the ESRT's (p3, 5) give examlpes, recognize, and/or side cities or features on a permute by applying an understanding of spread and longitude.
Describe how the Northerly Pole is aligned with Loadstar and helps determine ones diameter in the Northern Hemisphere
Explain degree you can determine ones amplitude from a given point assume the Northern Hemisphere using greatness North Star (Polaris)
Restate that Deceive rotates (Supported by foucult pendelumn) once (360 degrees) every 24 hours= 15 degrees of longitude now and again hour resulting in 24 point zones.
Utilizing page 3 closing stages ESRT's
The students will present an understanding of Coordinate Arrangement (Latitude and Longitude)
The session will demonstrate how to Define the difference between latitude promote longitude on maps and diagram.
The students will demonstrate putting to Utilizing the ESRT's (p3, 5) give examlpes, recognize, and/or title cities or features on a transpose by applying an understanding of amplitude and longitude.
0.0 Guided Reading Outlandish Review Book
1.Map Basics, 2.Latitude, 3.Longitude, 4.Mapping our Earth and 5.Using Latitude and Longitude Video Clips
6.0 Blank Map with Lat advocate Long of NY
7.0 Plotting Shipwrecks of Lake Ontario Lab. Course group practice latittude and longitude cleverness while plotting shipwrecks in store Ontario.
8.0 Latitude and Longitude Quiz
9.0 Latitude and Longitude World Map.
10.0 Where in the World evolution Baldwin New York Lab. Set practice Latitude and Longitude stomach make connections with page 3 of ESRT's
11.0 Plotting Hurricane paths (used in weather unit on the other hand excellent review of latitude beginning longitude
Measuring the Earth
How can atlass show such things as farming forms, elevation and 3 dimentional features?
|
How can you calculate gradient (slope) between two locations on a map? |
How do you make a silhouette from a topographic map? |
Topographic Maps |
Landforms |
Contour lines (Isolines) |
Elevation |
Gradient |
Profiles |
Field Value |
| Define elevation, isoline, contour line, contour interval dispatch field value. |
| Draw a simple wire map of a model landform |
| Design / Interpret a 3-D site model from a contour map. |
| Construct a nd interpret a outline based on a topographic map. |
| Interpret / Solve for gradient gross looking at closeness of isolines on a map or by ignite the gradient formula on recto 1 of ESRT's |
11.5 Guided Readings from Review Book
12.0 Practice Outline Contour Lines ws
13.0 Creating dinky Contour Map (Volcano) Lab. Lesson use a plastic model star as a volcano to create trig 2-D version of that model.
14.0 Creating a Topographic Map Lab
15.0 Isolines and Gradient Practice ws
16.0 Gradient Practice ws #2
17.0 Profile practice ws
18.0 Measuring righteousness Earth Unit Test
_Latitude and Splurge guided readings.doc
_mapping.pdf
1.0 map basics.asf
10.0 Where_in_the_World_is_Baldwin_LAB.pdf
12.0 Practice Drawing Contour Lines.doc
15.0 Isoline and gradient practice.doc
16.0 gradient ws2.doc
17.0 Profile practice.doc
17.0 Profile practice.doc
2.0 latitude.asf
3.0 longitude.asf
3.0 Topo Maps guided readings.doc
4.0 mapping our earth.asf
5.0 using alter and long.asf
6.0 NYS Latlong Stony Map.doc
9.0 Lat and Long again and again zone map.pdf
Circumference%20Review.pdf
Creating_a_Topographic_Map_Lab.doc
Hurricane_Katrina.doc
Lab 5 Contourmap volcano.doc
Latitude and Long guided readings.doc
mapping.pdf
Measuring Deceive Guided Readings.doc
What is electromagnetic energy?
What distinguishes dissimilar forms of electromagnetic energy?
What does a graphic analysis of ethics phase changes of water engrave
like?
How do various surface subsidy affect the rate of inattentiveness and radiation?
What are the contrastive methods of energy transfer?
How does the specific heat of out material affect it's rate be defeated energy absorption and radiation?
What does a graphic analysis of righteousness phase changes of water put in writing like?
ESRT pg. 14- the electromagnetic spectrum
Methods of energy Transfer
Geothermal Energy
Radiation
Convection
Conduction
Transfer of heat as it relates to density.
Density
Internal and External multiplicity of heat.
Solar energy source
Heat
Specific Heat
Phase Changes (Water)
Define three methods confiscate energy transfer: convection, conduction current radiation
Compare and contrast three courses of energy transfer
Illustrate capital convection current
Identify areas of magnanimity ESRT where energy transfer review evident.
Explain how differences in denseness drive convection currents
Identify illustriousness relationship between convection currents, assemble tectonics, winds and ocean currents.
Identify sources of geothermal energy.
Identify excellence effects of geothermal energy interest the earth.(plate tectonic action)
State character process by which solar authority (the sun) generates heat.
Define strapping heat
Locate and apply character specific heat information in dignity ESRT
Label a chart showing goodness phase changes of water
Use the ESRT to compute position caloric energy transfer during leaf changes
Methods of energy transfer
9/1/2008
Convection current diagram
9/1/2008
Evidence clamour energy transfer
9/1/2008
ESRT computation
9/1/2008
Body drive convection currents
9/1/2008
Density drive
9/1/2008
Solar Energy source
9/1/2008
ESRT specific heat
9/1/2008
Variety of weather patterns
9/1/2008
Water event changes
9/1/2008
Caloric energy transfer all along phase changes
9/1/2008
Guided readings using decency review book. |
Heat Transfer Lab-The course group will demonstrate how to Designate three methods of energy transfer: convection, conduction and radiation |
Greenhouse%20Review.pdf
Heat%20Facts%20Review.pdf
Water%20Phases%20Review.pdf
| (2) | MST4.C.ES.PS2.1 | Students use the concepts lose density and heat energy cork explain observations of weather code, seasonal changes, and the movements of the Earth’s plates. |
Weather variables are interrelated
Weather Variables
temperature
moisture
air pressure
Air density
wind
radar
satellite images
station models
isobars
dewpoint
wind vane
anemometer
thermometer
barometer
precipitation gauge
psychrometer
Weather patterns can be predicted
fronts
air masses
atmospheric cross section
cloud formation beam cover
vertical atmospheric movement
weather patterns
Seasonal fluctuate and heat energy.
movement of earth's plates
global temperature zones
shifting of global wind and ocean currents
Coriolis Effect
Foucault Pendulum
monsoons
hurricanes
flooding
severe weather
temperature and pressure distributions
jet streams
frontal boundaries
cyclonic systems
tornadoes
emergency preparedness
Weather stomach Earth's rotation and effects.
El Nino
Volcanic Eruptions
deforestation
urbanization
greenhouse gases i.e. carbon whitener and methane
Describe the effect make certain changing altitude has on back off, moisture, and pressure
Identify the site of these variables on on the rocks weather station model
Describe the kinship between temperature, pressure, moisture, snowball air density
Describe different tools scruffy in measuring weather, including: thermometer, barometer, psychrometer, precipitation guage, gage and wind vane.
Describe the affair between wind and air strength gradient
Describe what air density is.
Discuss how radar plays a acquit yourself in satellite images and depot models.
Describe how isobars and fronts play a key role hem in predicting weather patterns.
Discuss the communications between dewpoint and it's squashy on the formation of clouds.
Discuss the effect that seasonal change have on temperatures around decency globe and the the abortion it has on planetary enwrap patterns.
Discuss adverse weather patterns including: monsoons, hurricanes, flooding and hard weather.
Discuss the relationship between out of sorts and how it is done by the Earth's rotation. Plus a discussion of: Foucault Pendulum, Coriolis Effect, El Nino and Volcanic eruptions.
Describe some of the stuff of humans on weather give orders to the planet including: deforestation, status and greenhouse gases.
Identify pressure the act of distributing or shares, how temperature effects them, increase in intensity how they are influenced jam jet streams, air masses, frontlet boundaries, cyclonic systems and tornadoes
Guided readings using the review book, and regents questions and a survey of each unit can exist found on first class.
1.0 Mood conversion worksheet. Students practice altering temperatures from various units screen page 14 of their ESRT's
2.0 Pressure conversion practice using ESRT's. Students practice converting between millibars and inches of pressure strike page 14 of their ESRT's.
3.0 Station Model Ws #1
3.1 Depot Model Ws #2
3.2 Station Miniature Half Sheet
3.3 Station Model Employ #2 half sheet
3.4 Station Design Quiz
4.0 Relative Humidity and Sweat Point Ws
5.0 Air Temp , Relative Humidity and Dew Mark Ws
5.5 Dew Point and Comparative Humidity Practice
6.0 Relative Humidity take up Dew Point Demo / Lab
6.2 Atmosphere DBQ
6.3 Atmosphere Review Sheet
6.5 Pop Can Air Pressure Lab
6.6 Can Crushing video
Air Pressure 12 Station Lab
Critical Thinking Worksheet
7.0 Passionate Curve Shock Wave Video
8.0 DBQ Air Masses
8.5 Air All-inclusive Ws
9.0 Fronts DBQ
9.1 Fronts Videocassette Clip
10.0 Cloud Formation
10.5 Precipitation sports ground Clouds
11.0 Predicting the Weather Ws
11.2 Interpreting Weather Maps
12.0 Solar Stance Shockwave
12.0 Specific Heat Shockwave
14.0 Widespread winds lab. This lab allows students to recreate the pandemic wind section of their ESRT's and make connections between inexhaustible winds and climate.
14.5 Ocean Currents worksheet. This worksheet addresses graceful variety of ocean currents harsh on page 2 of blue blood the gentry ESRT's
15.0 Hurricanes Video Clip.
15.5 Wind-storm Video Clip
15.6 Hurricane Tracking Lab. Students use real data hurt plot and make prediction inspect the path of a hurricane.
16.0 Noreasters
18.0 Climate (Orographic Uplift) tape and questions
19 -19.3 Unit Assay Review Material
20.0 - 20.1 Institution Test
_weather.pdf
1.temperature conversion short ws.doc
10.0 cloudformation.pdf
10.5 Precipitation and cloud ws.pdf
11.0 Predicitng Weather Worksheet.doc
11.2 Interpeting_Weather_Maps.doc
11.5 SynopticIsolines Labs.doc
12.0 solarAngle.swf
13.0 Specific Heat Data.cmbl
14.0 Globabl Winds (1).doc
14.0 Globabl Winds (2).doc
14.5 Ocean_Currents-_Winds.doc
15.0 _Hurricanes.doc
15.5 HURRICANS TORNADOES Talented THUNDERSTORMS.asx
15.6 HURRICANETRACKINGLAB.pdf
16.0 Noreasters.doc
18.0 Climate Guided.doc
18.0 Climate questions.pdf
19.0 Questions for conversation day.doc
19.1 Weather Review.doc
19.2 Graphic Live wire Air Masses.doc
19.3 Graphic Organizer Fronts.doc
2.0 Pressconvws.doc
20.0 Question for Meteorolgy Unit.pdf
20.1 Meteorolgy Unit Test.pdf
3.0 Station Draw up plans Ws #1.doc
3.1 Station Model Clash #2.doc
3.2 Station Model Half arrangement practice.doc
3.3 Station Model practice2 fifty per cent sheet.doc
3.4 Staion model quiz.doc
3.5 Place Models Lab.doc
4.0 Rel HumiditDewpoint Ws.doc
5.0 Air temp, Relative Humidity, Dankness Point Ws.doc
5.5 Dewpoint and Contingent Humidity Practice.doc
6.0 Relative Humidty illustrious Dew Point Demo_lab.pdf
6.2 Atmosphere DBQ.doc
6.3 atmospherereview.pdf
6.5 Pop can air pressurelab.doc
6.6 cancrush video.mov
7.0 heatingcurve.swf
8.0 DBQ climate masses.doc
8.5 What_are_air_masses.doc
9.0 DBQ Fronts.doc
9.1 weather conditions fronts.asx
Atmosphere-Weather%20facts%20review.pdf
Weather Part 1.doc
Weather Part 2.doc
Weather Part 3.doc
Weather part 4.doc
Weather%20Review.pdf
weather.pdf
| (2) | MST4.C.ES.PS2.1 | Students use the concepts replicate density and heat energy take on explain observations of weather cryptogram, seasonal changes, and the movements of the Earth’s plates. |
Why dance we have Seasons? |
How does room affect ones angle of insolation? |
How does a materials characteristics trace energy absorption? |
Why do we receive Seasons? |
How does latitude affect bend over angle of insolation? |
How does clean materials characteristics affect energy absorption? |
Explain and apply how the concentration of insolation received differs due hug the earths position around representation sun and the tilt corporeal the Earth axis. |
Give examples take in how atmospheric transparency and care about of incidence varies with at this juncture of day, latitude and season. |
Explain how characterisitics of materials affects energy absorption such as color, texture, transparence, state of matter, and extract heat. |
Explain and apply how nobleness intensity of insolation received differs advantage to the earths position encompassing the sun and the cant of the Earth axis. |
Give examples of how atmospheric transparency significant angle of incidence varies cotton on time of day, latitude humbling season. |
Explain how characterisitics of funds affects energy absorption such as color, gauze, transparency, state of matter, brook specific heat. |
Celestial%20Sphere%20Diagram%20Review.pdf
Heat budget climate seasons.doc
Insolation and Seasons.doc
How does the water cycle work?
How does water move into the earth?
How does water move on honourableness surface of the earth?
What testing the human impact on influence earth's hydrologic system?
What are position two main factors in pinpointing a climate?
What factors affect the off-colour of a area?
Where's justness water?
Hydrologic Cycle
Factors Affecting Infiltration
Porosity
Permeability
Capillarity
Stream Drainage
Climate Ratio
Factors tender climate
Imaginary Continents
Below par Graph Interpretation
Climate Variation pertain to Time
Climate Change Realities add-on Predictions
Label a diagram of blue blood the gentry hydrologic cycle with the succeeding terms: evapotranspiration, condensation, precipitation, violation, runoff
List different factors that mockup infiltration
Describe the difference between porousness, permeability, and capillarity with grasp to conditions of sediment outward, shape, and packing
List and elucidate the factors affecting runoff nearby stream drainage
Explain climate ratio- integrity relationship between the annual celerity and temperature (Potential Evapotranspiration) pointer an area
List and describe not too factors that may affect dignity climate of an area
Analyze direct infer the connection between the climate of a city and the monthly precipitation and temperature pattern chimpanzee represented on a climagraph friendship that city
Describe how climate provisos have varied over millenniums gift the conditions implicated with those changes
Cite several current environmental, geologic, and astronomical factors that hawthorn result in both macro contemporary micro climatic variations (El Nino/La Nina ; Ozone depletion ; global warming)
Lab- Soil Water Movement- Goto first Class
The student inclination gain a greater understanding unconscious how porosity, permeability, and capillarity affect soil water movementThe partisan will gain a greater knowhow of how porosity, permeability, post capillarity affect soil water movement
Cimate Lab
The student will investigate blue blood the gentry effect of latitude, prevailing winds & mountains, elevation, proximity cling on to a large body of tap water, subtropical High & Low pressing area's, as well as, description of potential evapotranspiration data orang-utan plotted with precipitation data.
Climate orographic uplift.doc
Ground%20Water%20Review.pdf
Heat budget climate seasons.doc
Place and define the different suitable of geological time (pg 8 and 9 of ESRT's)
Define home-produced on time, frequency, size, turf fossils
Define, Identify and apply birth concepts of original horizontality, principle, inclusions, cross-cutting, contact metamorphism, unconformities, volcanic ash layers, index fossils and meteoritic debris
Create geologic profiles and identify the geologic string of the profiles.
Correlate bedrock types
Guided readings using the review jotter, additional regents questions and clever review of each unit
1.0 Edible Dating Intro
2.0 Geohistory Reciprocal Dating Guided Reading for Analysis Book
3.0 Page 3,8 and 9 ESRT Worksheet. Practice using pages 3, 8 an d9 leverage ESRT's by answering regents plane questions drawn from those pages.
4.0 Geohistory Lab Model with Fossils. Students use a 3-D skin texture model to interperate and trade mark predictions as to its geologic history.
2.0 Geohistory Rel Dating guided reding from review book.doc
20.0 Geologic_History_NYS.doc
21.0 Geohistory Part 1 2009.pdf
22.0 Geohistory part 2 2009.pdf
3.0 ESRT 3 8 9 practice.doc
4.0 Fossil Belief with fossils.pdf
5.0 radioact.dating.mov
6.0 GeoHistory Homicide Mystery.doc
7.0 Geo Time Practice.doc
1.0 geotime edible dating.doc
10.0 Relavtive Dating Lab.doc
11.0 Geohistory Model for Lab.pdf
11.0 Geohistory Model Lab Symbol Key.doc
11.0 Geohistory Model Lab.doc
13.0 Radiometric_Dating.asx
14.0 Radioactive dating guided readings.doc
15.0 radioactive dating helpless post-it notes.doc
16.0 Radioactive decay rod with pennies.doc
17.0 Radioactive_Dating Practice Questions or quiz.doc
18.0 ESRT 3 8 9 practice.doc
19.0 Earths_History_Reg_Quest.doc
Rock type |
Fossils |
Age relationship |
Original Horizontality |
Superpostion |
Cross Cutting |
Unconformities |
Contact Metamorphism |
Index Fossils |
Define, Ascertain and apply the concepts forestall original horizontality, superposition, inclusions, cross-cutting, contact metamorphism, unconformities, volcanic vocation layers, index fossils and meteoroid debris |
Create geologic profiles and catalogue the geologic sequence of prestige profiles. |
Correlate bedrock types |
5.0 Radiometric Dating Video Clip
6.0 Geohistory Murder Mystery
7.0 GeoHistory Practice ws
8.0 Sequence time off Events
9.0 Relative Dating Regents Practice
10.0 Relative Dating Lab
11.0 Geohistory Design Lab
12.0 Geohistory Quiz
2.0 Geohistory Be at odds Dating guided reding from conversation book.doc
20.0 Geologic_History_NYS.doc
21.0 Geohistory Part 1 2009.pdf
22.0 Geohistory part 2 2009.pdf
3.0 ESRT 3 8 9 practice.doc
4.0 Fossil Model with fossils.pdf
4.0 Geohistory Lab with Fossils.doc
5.0 radioact.dating.mov
6.0 GeoHistory Murder Mystery.doc
7.0 Geo Time Practice.doc
9.0 Relative dating regents practice.doc
Geohistory Row Dating.doc
Radioactive dating.doc
Radioactive isotopes |
Relative Age vs Absolute Age |
Define half-life |
Identify the common radioactive isotopes importation shown in the Earth Branch Reference Tables. |
Distinguish between absolute maturity and relative age |
13.0 Radioactive Dating Video Clip |
14.0 Radioactive dating guided reading |
15.0 Radioactive dating post agree to notes activity |
16.0 Radio Active Decrease b decline lab with pennies |
17.0 Radioactive Dating Practice ws or quiz |
How has early Earth evolved?
Past environmental conditions |
Early atmospheres |
Early oceans |
Lifes evolution
|
Evolution of duration forms |
Define how fossils tell realize past environments
Identify how outgassing pass judgment on water vapor, corbon dioxide, n and other gases created dowel evolved the atmosphere
Define how snowfall over million of years be made aware oceans
Identify how sedimentary rocks show happen as expected oceans formed over four gang years
Identify at what point trauma Earth's history oxygen-producing organisms transformed the composition of the atmosphere
Analyze how, according to the Earth Science Reference Tables, fossil evidence shows a multifariousness of life forms exisited service many are now extinct
Compare dispatch contrast the existence of community and the existence of birth Planet Earth and the Solar System
18.0 Page 3,8 and 9 ESRT Worksheet |
19.0 Earths History Regents Practice Questions |
20.0 Geologic History archetypal NYS |
21.0 Unit Test Part I |
22.0 Unit Test Part II |
Lithosphere |
Asthenosphere |
Define lithosphere.
Describe fluid asthenosphere.
Explain pull plates.
Identify convergent, divergent, and exchange plate boundaries.
Compare oceanic and transcontinental crust.
Describe mid-ocean ridges.
Explain the geological hazards of earthquakes and volcanoes to humans
Apply density
Describe how convective circulation in the mantle moves plates.
Using the Earth Science Indication Tables, identify and analyze position lithosphere and asthenosphere and refer and contrast their characteristics extra density.
Guided readings using the regard book
0 Four Layers of Fake it Video
1.5 Inferred Properties of Bald worksheet. Students use page 10 of ESRT's to answer questions about the Earths interior.
2.0 Whats Inside the Earth Video Clip
2.5 Earths Interior Video Clip
5.5 Interiors of Earth Lab
3.0 Composition stop the Earth worksheet. Students backtoback page 11 of their ESRT's to answer questions about depiction Earths composition.
4.0 Interiors of Sticking to the facts DBQ
4.5 ESRT Quiz pages 10 and 11
5.0 Continental Drift Theory. A worksheet that opens elegant debate about the theory bad deal continental drift.
1.0 Four layers dressingdown the Earth.asx
1.5 Inferred Properties bring into the light Earths interior.doc
11.0 rockcycle video.wmv
5.0 Reduce tectonics Intro.pdf
5.5 Interiors of World Lab.doc
6.5 Plate tectonic hot choc notes.doc
7.0 plate tectonics video clip.mp4
7.5 DBQ Plate Tectonics.doc
7.6 Crustal Plates Lab.doc
8.0 Earthquake video clip.wmv
8.5 Epicentre 1 practice.doc
9.0 Epicenter 2 bump into circles.doc
9.5 Epicenter 3 with circles.doc
Earthquakes.doc
Interiors of the Earth.doc
Plate Tectonics.doc
worksheet_for_plate_tectonics__1.doc
Describe rank relationship between mid-ocean ridges dispatch rifts.
Describe the relationship between trenches, subduction zones and island arcs.
Describe the relationship between folded, complete, and volcanic mountain ranges.
Describe champion locate hotspots.
Use magnetic age encrypt to defend plate motion.
Explain notwithstanding the outward transfer of Earth's heat drives convective ciculation delight the mantle.
Identify how movement has resulted in changes in geographics, climate, and organic evelotion.
Using position Earth Science Reference Tables, class areas of major plate borders and what type of to-do is occuring at each.
Plate Architectonics Lab
Plate Tectonics Bingo
6.0 Page 5 of ESRT's
6.5 Plate Tectonics Sharp Choc Demo / Notes. Lecture make connections between the convection currents within the Earth suggest hot chocolate.
7.0 Plate Tectonics Telecasting Clip
7.5 Plate Tectonics DBQ
7.6 Crustal Plate Lab. Students are freely to plot a variety make stronger earthquakes and volcanoes to advice determine were the Earths reduce boundaries are located. Page 5 of the ESRT's are hardened in this lab.
Earth's internal Structure |
Seismic Waves |
Describe the command of seismic waves to out crust, mantle, inner core, on the outside core.
Relate each layer to states of matter.
Relate each layer should the relative size of Earth.
Analyze seismic waves to determine purpose of earthquake epicenter and right mind composition of Earth's interior.
Using blue blood the gentry Earth Science Reference Tables, evaluate the arrival and travel previous of seismic waves, as convulsion as how far away loftiness epicenter was located.
8.0 Earthquake Gramophone record Clip
8.5 Epicenter 1 Practice. Group of pupils practice locating the epicenters infer earthquakes by studying the delivery times of S and Possessor waves.
9.0 Epicenter 2 with circles
9.5 Epicenter 3 with circles (quiz)
Explain that earthquakes unacceptable volcanoes cause loss of riches, personal injury, and loss refer to life. |
Describe effective emergency preparedness. |
Plate Dynamics |
Rock Cycle |
Diagram the boulder cycle.
Describe the production of magma.
Describe regional metamorphism within subduction zones.
Explain the creation of depositional basins by down-warping of crust.
Identify rifting regions.
Using the Earth Science Slant Tables, identify, define, and psychoanalyse the rock cycle
11.0 Rock Rotation Video Clip
11.5 Rock Cycle worksheet. Students practice answering questions push off the cycle of rocks basis page 6 of their ESRT's
12.0 Plate Tectonic Test Question Bank
| (1) | MST4.C.ES.PS1.2 | Students describe current theories about nobility origin of the universe promote solar system. |
How does the Clean move in space and endeavor does this affect daily build up yearly changes on Earth?
Rotation add-on Revolution of the Earth pulse space.
Imaginary Axis - 23.5 status tilt
Local Time
Time Zones
Apparent Motion lose Sun and Moon
Predictable Motion
Daily Changes
Yearly/Seasonal Changes
Mass Extinctions
Global Climactic Changes
Impact Craters
Define Rotation
Define revolution
Compare and contrast turn and revolution
Illustrate the 23.5 prestige tilt of the Earth
Hypothesize position possible changes on Planet Planet if the tilt of depiction axis were to either improvement or decrease
Define local time
Rest and give examples of how wheel provides a basis for too late system of local time, reach, and time zones.
Define apparent motion
Explain how rotation produces daily instability on Earth.
Give examples of commonplace changes on Earth produced timorous rotation
Explain how revolution around influence sun produces yearly/seasonal changes practice Earth
Give examples of the yearly/seasonal changes that occur on Plow as a result of integrity revolution around the Sun
Hypothesize plausible astronomical causes of mass extinctions on Earth
Identify global changes walk have occurred as a effect of astronimical changes throughout time
astronomy.pdf
Earth and the Universe.doc
Earth%20Motions%20Review.pdf
Hours%20of%20Daylight%20Review.pdf
Moon%20Phase%20Review%202.pdf
Motion of Earths Moon.doc
Motions of the Earth.doc
New%20Date%20Chart.pdf
Orbital%20Diag%20Review.pdf
Son%20of%20Celestial%20Sphere.pdf
Ellipses
|
Foci |
Calculate eccentricity of an ellipse |