RUSD PacketHS ScienceEarth andSpaceStudent full name HSTeacher Day and blockCounselor Academy1
Earth and SpacePurpose Of The PacketSummer brain drain is a real thing and it generally takes about a month to get back in theacademic swing of things in the fall. If we go back to school this year, we will not have theluxury of taking that month to get used to school again. This packet will help keep your mindand skills sharp.If we do not go back to school, your teacher will issue you a second semester grade based onthe evidence of your understanding shown by completion of this packet and the grade you hadin Infinite Campus as of March 13th.For two semester long classes: There is also material from the first semester included in thispacket. Your teacher may choose to use successful completion of the review and enrichmentactivities to improve your first semester grade if you had a failing grade.How The Packet Will Be Set UpEach assessment will start with some basic review of the concept(s) needed to complete theactivity. A review or enrichment assessment will follow. Each review and assessment willminimally supply a technology free option and some will also include a technology option. Eachassessment will also include a time length for expected completion. A 1 Day activity shouldtake you between 30 and 45 minutes to complete. A 2 Day activity should take you two days ofwork assuming you work between 30 and 45 minutes each day. You may choose to workdouble the time and complete a 2 Day assessment in one day. Each assessment will alsoinclude a rubric for you to use to make sure you include all of the information necessary to showyour understanding of the topic.Where Do I StartThis packet is going out to every student taking this course across the district. Start with whatyou know! The packet is the best representation of what MOST classes had covered as of theMarch 13th shut down. If your teacher had not covered a specific topic, you are not expected toteach it to yourself. But you may choose to try it to challenge yourself! If you are unsure if youhave covered a topic, please contact your teacher.How Do I Turn In My Work?You may turn in your work digitally to your teacher based on their instructions. If you do nothave access to technology at home, the district will come out with instructions on how to turn inyour work on paper.2
Earth and Space Science RUSD Packet of Evidence OutlinePaper OptionPlease write all answers in the packet. Do not take packet apartTopicLessonPage #Continental Driftreview4-6Milky Way Continental Drift7-10Plate TectonicPlate TectonicEarthquakeVolcanoIdentifying MineralsHuman Impactreviewreviewreviewreview11-1318-19Review andevaulation20-25ElectromagneticSpectrumReview andevaulation26-27review28-29Doppler EffectUniversereviewReviewIdentifying Minerals14-17SustainabilitySpectroscopeEarthquake & volcanoHuman Impact Webquest.SustainabilityElectromagnetic SpectrumSpectroscope30-3132-33Doppler EffectThe Universe3Completedput check
Milky Way PlateTectonicsName:Period:Pre-labSafety and precautions:*CLEAN UP after yourself* you only get 1 bar, so use it wisely.* Eat your bar only when instructed to do so.The three layers of the Milky Way will be a model for plate tectonics todayEARTH’S LAYERSCRUST or LITHOSPHEREthin’, brittle, hard, cold,solid outer shellMANTLEFlexible, gooey, hotLAYERS OF A MILKY WAYIf you cut a Milky Way in ½ OUTER COREHot, solid (very highpressure, more heavy metalsthan upper layers)NOUGAT: solid, not very flexibleINNER CORESo hot that even pressurecan’t force it into a solid,This layer is liquid.Question 1: Fill out the table below:Milky Way layerEarth layerChocolateMantleNougatQuestion 2: If the earth were a milkyway bar, plates of plate tectonics would be made outof .Question 3: Which Earth layer is missing from the Milky Way model?4Show thiscompleted pageto instructor forMilky Way bar
Pointer fingerMilky wayDIVERGENT BOUNDARY:Unwrap the candy bar.Hold bar with two hands.Gently push up in middle of bar with thumbs to ‘bend’ bar.DO NOT separate bar into two halves.Set bar down to answer questions.Question 4: Draw a quick sketch ofyour ‘model’ from the side.Question 5: Which layer ‘cracked’?Question 6: When the top layer cracks,this makes a ‘hole’ to fill in.What layer would be most likely to fill this hole?Question 7: Why would there be earthquakes at a divergent boundary?Question 8: In what layer would earthquakes happen?Pointer fingerCONVERGENT BOUNDARYHolding Milky Way in both hands,return to as close to original bar as possible.(Flat, straight).Push in from the ends of the bar to force plates together.It might work best to put fingers on edges of bar,not on top & bottom.Try to keep bar in a straight line.The top layer should do one of two things:1) form mountains2) one chocolate layer will subduct under the other one5Milky waySide View
Question 9: Draw a quick sketch of yourmodel from the side.Question 10: Which type of convergent boundary/ies would form mountains from platespushing each other ontinentalQuestion 11: Which type of convergent boundary/ies would force one plate underanother l-ContinentalQuestion 12: Your model (candy bar) formed which type of convergent ntal-ContinentalQuestion 13: Which type of boundary might have deeper earthquakes,divergent or convergent?(hint: Which type of boundary FORCES crust DOWN into the mantle).TRANSFORM BOUNDARYAgain, return Milky Way to ‘original position’as best as possible.With fingers & thumbs on long edges of bar,slide your right hand forward, pull your left hand back.Pointer fingerQuestion 14: Draw a quick sketch ofyour model.Question 15: Adds along theedges where you’d expect the mostearthquakes to your drawing.Question 16: Are earthquakes at transform boundaries shallow or deep? Why?Eat ModelNow6
Plate Tectonics ReviewName Class DateTrue or False:Write true if the statement is true or false if the statement is false.1. In geology, stress is the force per unit area that is placed on rock.2. Tension is the major type of stress at transform plate boundaries.3. Sedimentary rocks that do not have horizontal layers have been deformed.4. In an anticline, the youngest rocks are at the center.5. In a normal fault, the footwall drops down relative to the hanging wall.6. A rock’s response to stress depends only on the type of stress.7. Basin-and-range landforms result from tension pulling crust apart.8. Confining stress always causes folds or faults.9. The oldest layers of sedimentary rock are on always the bottom unless rocklayers have been disturbed.10. Left-lateral and right-lateral faults are two types of dip-slip faults.Passage ReadingRead this passage based on the text and answer the questions that follow.Stress and How It Changes RockStress is force applied to an object. In geology, stress is the force per unit area that isapplied to rock. A rock’s response to stress depends on many factors. The factorsinclude the type of rock, the surrounding temperature and pressure, the type of stress,and the length of time the rock is under stress. In response to stress, rocks may eitherdeform (change shape) or fracture (break). If stress is removed from rocks that havedeformed, they may or may not return to their original shape. If they do return to theiroriginal shape, the change in shape is called elastic deformation. If they do not return totheir original shape, the change in shape is called plastic deformation.7
Four types of stress that can act on rock are: confining stress, compression, tension,and shear. Confining stress is stress that is applied to a deeply buried rock by the weight ofall the material above it. Because the rock cannot move, it cannot deform orfracture.Compression is stress that squeezes rocks together. It causes rocks to deformby folding or to fracture. Compression is the major type of stress at convergentplate boundaries.Tension is stress that pulls rocks apart. Rocks under tension lengthen or breakapart. Tension is the major type of stress at divergent plate boundaries.Shear is stress that occurs when forces are parallel but applied in oppositedirections. Shear stress is the major type of stress at transform plate boundaries.Questions188.8.131.52.How is stress defined in geology?What factors determine a rock’s response to stress?Compare and contrast elastic and plastic deformation of rock.Identify and describe the four types of stresses that can act on rock.Multiple ChoiceCircle the letter of the correct choice.1. The most common stress on rocks at convergent plate boundaries isa. shear.b. tension.c. compression.d. confining stress.2. A rock is more likely to fracture ifa. it is located on the surface.b. it is deep within the crust.c. stress is applied gradually.d. two of the above3. A simple bend in rock layers so they are no longer horizontal is called aa. compression.b. monocline.c. strain.d. fault.8
4. In a syncline thea. youngest rocks are on the outside.b. folded rocks may form a dome.c. folded rocks may form a basin.d. two of the above5. When rocks suddenly move along a fault, the energy released is a(n)a. deformation.b. earthquake.c. anticline.d. uplift.6. Which of the following statements about dip-slip faults is false?a. The faults’ dip is inclined relative to the horizontal.b. The faults may be normal faults or reverse faults.c. The faults occur because of shear stress.d. The faults may uplift mountain ranges.7. A thrust faulta. is a type of reverse fault.b. has a nearly vertical dip.c. is a strike-slip fault.d. two of the aboveMatchingMatch each definition with the correct term.DefinitionsTerms1. fracture in which there is nomovement of rocksa. compression2. break in rockb. tension3. stress that pulls rocks apartc. deformation4. bend in rock due tocompressiond. fracture5. stress that squeezes rockstogethere. foldf. fault6. change in the shape of rockdue to stressg. joint7. fracture in which blocks ofrock move9
Fill in the BlankFill in the blank with the appropriate term.1. Stress on a deeply buried rock that cannot deform is called stress.2. deformation occurs when rock returns to its original shape afterstress is removed.3. deformation occurs when rock does not return to its original shapeafter stress is removed.4. A fold in rock that bends upward is called a(n) .5. A fold in rock that bends downward is called a(n) .6. The distance rocks move along a fault is known as the fault’s .7. The angle a fault makes with the horizontal surface of Earth is termed the fault’s.Critical WritingThoroughly answer the question below. Use appropriate academic vocabulary and clearand complete sentences.Compare and contrast the two major types of faults and the conditions under which theyoccur.10
Earthquakes and Volcanoes AssessmentName:Multiple Choice – Choose the best answer.1. What is a vibration of Earth produced by the rapid release of energy within the lithospherecalled?a. faultb. epicenterc. volcanod. earthquake2. Whata.b.c.d.is lava underneath Earth’s surface called?lavamagmamantleasthenosphere3. Whata.b.c.d.type of volcano is tall and has the most violent and explosive eruptions?cinder conestratovolcano (composite)supervolcanoshied volcano4. Whata.b.c.d.is the name of the place beneath Earth’s surface where an earthquake starts?faultfocusepicenterwave front5. Which type of waves shake particles at right angles to the wave’s direction of travel?a. P wavesb. S wavesc. surface wavesd. body waves6. Whata.b.c.d.process occurs when an earthquake’s shaking turns loose soil into mud?landslideseismic shakingtsunamiliquefaction7. What is the name of the long horseshoe-shaped belt of volcanoes that circles the PacificOcean called?a. Ring of Flameb. Ring of Furyc. Ring of Fired. Ring of Hawaii8. Whata.b.c.d.is the location on the surface of Earth where an earthquake is centered called?faultfocusepicenterwave front11 Science Is Real
9. What type of volcanoes are the largest and are produced by the accumulation or runnybasaltic lava?a. cinder coneb. stratovolcano (composite)c. supervolcanod. shield volcano10.Whata.b.c.d.is a break in the lithosphere where movement has occurred called?foldfaultfocusearthquake11.Which type of seismic wave arrives first at a seismograph?a. S waveb. P wavec. Surface waved. Electromagnetic wave12.Whata.b.c.d.is the name of an earthquake that occurs after a major .The name of the instrument that records earthquakes is called a. seismogramb. seismographc. anemometerd. Richter scale14. What scale do scientists today most often use to express the magnitude of anearthquake?a. moment magnitude scaleb. Richter scalec. lithospheric scaled. seismic scale15.Which of the following is a benefit of volcanoes?a. fertile soilb. increase of infrastructure developmentc. decreased tourismd. renewable wind energy12 Science Is Real
Fill in the Blank with Word Bank – Write the correct answer on the line.Word BankHot spotsseismic wavesP wavesventshieldfocuscinder cone16.The point within Earth where an earthquake starts is called the.17.Energy released during an earthquake travels in.18.This type of wave, called, are the fastest type ofwave and the first to be detected.19.Large broad volcanoes with runny lava are classified asvolcanoes.20.Magma travels from the chamber to the crater in a long tube called the21.A.volcano only erupts once in its lifetime.22.Volcanoes that occur away closer to the middle of a plate and away from plate boundariesare called.True or False – Write T for True and F for False.23.Molten rock beneath Earth’s surface is called lava.24.A seismogram is created by a seismograph.25.The largest volcanoes are cinder cone volcanoes.26.The scale used by scientists to measure the magnitude of anearthquake is called the Richter Scale.27.Volcanoes can form underwater.28.Large amounts of gases are released during a volcanic eruption.Short Answer29.How can earthquake damage and loss of life be reduced in the event of an earthquake?30.Compare body waves and surface waves.31. Using a slinky or string simulate a body wave and surface waves. Draw whateach would look like. Which of these would cause the most damage in the even ofan earthquake and why?13 Science Is Real
Sweet 16 Mineral IdentificationTournamentSCIENTIFICSCIENCE FAX!Do your students eagerly fill out their “March Madness” tournament brackets? Have some funand inspire your students with March Madness mineralogy! This activity combines the popularityof “bracketology” with a review of the characteristics of minerals. Knowledge of the physical and chemical properties ofminerals will help students determine the winner of the Sweet 16 Mineral Identification Tournament!Review of Concepts Luster Crystal shapes Chemical composition HardnessTournament RulesThe rules for filling out the tournament bracket are summarized below. First round: The mineral with metallic luster advances to the second round. Second round: The mineral with iron in its chemical formula wins. Semifinals: The mineral with a cubic crystal form advances to the finals. Final round: The mineral that can scratch the other in a hardness test is declared the winner!NGSS AlignmentThis laboratory activity relates to the following Next Generation Science Standards (2013):Disciplinary Core Ideas: Middle School MS-PS1 Matter and Its InteractionsPS1.A: Structure and Properties of MatterES-ESS2 Earth’s SystemsESS2.A: Earth’s Materials and SystemsScience and Engineering PracticesAsking questions and defining problemsConstructing explanations and designingsolutionCrosscutting ConceptsPatternsStructure and functionDisciplinary Core Ideas: High School HS-PS1 Matter and Its InteractionsPS1.A: Structure and Properties of MatterES-ESS2 Earth’s SystemsESS2.A: Earth’s Materials and SystemsTips On the Mohs hardness scale, pyrite is listed as 6–6.5 and chromite has a hardness of 5.5. The crystal system of bornite is tetragonal and hematite forms hexagonal crystals. Set out samples of each type of mineral for reference.EARTH SCIENCE-FAX . . .makes science teaching easier. 2017 Flinn Scientific, Inc. All Rights Reserved. 2017 Flinn Scientific, Inc. All Rights Reserved.16Publication No. 110170309171
217 2017 Flinn Scientific, Inc. All Rights Reserved. Teachers may contact Flinn Scientific for an answer iteFluoriteFirst RoundSecond RoundSemifinalsWinnerRules1. First Round — Mineral with metallicluster advances.2. Second Round — Mineral thatcontains iron advances.3. Semis — Mineral that forms cubiccrystals wins.4. Finals — The winner can scratch theother in a hardness test.FinalsName:Sweet 16 Mineral Identification Tournament
Human Impact On The Environment WebQuestEnvironmentalist Name:Per.Part A – ManUse the link below to watch the “Man” video by Steve Cutts. As you watch, answer the questions below.Full URL: https://www.youtube.com/watch?v WfGMYdalClUTiny URL: http://tinyurl.com/cb5t8oa1. What does man use as boots?3. What happens to the rabbits?4. What is your reaction to the movie?2. What does he use as a coat?5. What is the writer’s purpose of this movie?Part B – The Growing Human PopulationUse the link below to watch the Human Population Through Time video by the American Museum of Natural History. As you watch,answer the questions below.Full URL: https://www.youtube.com/watch?v PUwmA3Q0 OE&t 202sTinyURL: https://tinyurl.com/y2rku8us6. About how long ago did modern humans evolve in Africa?7. About how long ago did humans begin migrating across the globe?8. What was the human population by the year 1 AD?9. How many people does one dot on the map represent?10. Stop the video at year 1100. Write down three observations in the spaces below.a.b.c.11. Approximately how many millions of people lived in North America before the Europeans arrived?12. How many more billion people were there in 2015 than in 1950?13. How many billions of people are expected to populate Earth in 2100?14. Why is it predicted that the human population will level off?15. How many years did it take the human population to reach 1 billion people?16. How many years did it take the human population to go from 1 billion to 7 billion?17. What are some choices that we can make today to reduce our impact of population growth on the environment?Part C - Impacts of the Human PopulationUse the link below to watch the Human Population Impacts video from Bozeman Science. As you watch, answer the questionsbelow. Full URL: https://www.youtube.com/watch?v Z1haK55QKJ8&list PLllVwaZQkS2qK4Z6xBVDRak8an1-kqsgm&index 15Tiny URL: https://tinyurl.com/h5ojwdd18. Which hemisphere of the Earth releases the most Carbon dioxide into the atmosphere? Why?19. What happens to Carbon dioxide (CO2) levels in the Summer months? Why?20. What happens to Carbon dioxide (CO2) levels in the Winter months? Why?21. What is an ecological footprint?22. What does the I, P, A, and T stand for in the equation I PAT?23. Circle or underline. The bigger the population is the (larger/smaller) the environmental impact.18 Science Is Real
24. Although Burundi and U.A.E. have the same population of 9 million, why does Burundi have a smaller ecological impact?25. As countries develop, do they have more or less of an impact on the planet? Explain.26 What is biocapacity?27. What does the line at 2.0 on the graph represent?28. In worldmapper.org, where is the highest level of poverty, population, and hunger in the world?29. Look at the US for income and resource use. Did the US grow larger or smaller in size? How do you think this impacts theenvironment?30. If the economy is too big, does it have a negative or positive effect on the environment?Part D – World Time-lapse ActivityWatch the world change through the course of nearly 3 decades of satellite photography. See real images of deforestation, mining,urbanization, and other behaviors resulting from increased economics and world population. Use the link below to explore theWorld Time-lapse imagery and information powered by Google. Follow the directions and answer the questions below as you movethrough the time-lapse. Full URL: http://time.com/timelapse2016/ TinyURL: http://tinyurl.com/jmbusm331. Read the text on the screen and watch the first video. Write three observations about three different locations below.A. Location Name:Observation:B. Location Name:Observation:C. Location Name:Observation:Read the text on the screen and watch the second video near the bottom of the page. Answer the questions below as you watch.32. How many minutes does it take for the LandSAT satellite to orbit the earth once?33. What did you notice about the Amazon Rain Forest?34. What did you notice about Dubai?35. Why is it important to continue the LandSAT program?36. After watching the video, scroll up to the top of the screen and find the “Explore the World” search box. Search for your city.Describe any changes that you see.37. Now choose any other place in the world besides where you live. Write the name of the place and the changes you observe.Part E - Your Ecological FootprintAn Ecological Footprint is the impact you make on the environment. Click on the link below to complete the Ecological FootprintCalculator. Answer the questions on the website. When you are finished with the activity, answers the question below.Full URL: https://www.footprintcalculator.org/TinyURL: https://tinyurl.com/y54cegw638. How many Earths would we need if everyone used resources like you do?39. Is your footprint higher, lower, or close to the US average?40. List four ways you can reduce your ecological footprint.19 Science Is Real
Sustainability Quarter 3 ReviewVideo Resource: https://www.youtube.com/watch?v rmQby7adocMOnline Resource: ility-videos/Topics:1. Human impacts on Earth’s systems:Humans have both positive and negative impacts on the environment. Themain reason for the negative impacts are the increasing humanpopulation. The more people, places, and increasing demand onnatural resources like food, water, energy, and space, the worse it is forthe overall sustainability of the environment. There are four main wayshumans affect the environment:- Destruction of Habitats- Can alter the balance of an ecosystem.- Threatens the stability of the planet’s ecosystems.- This damage can be permanent and cause a loss inbiodiversity. These reductions can lead to a change in the balance ofimportant cycles like the carbon cycle, phosphoruscycle, and the nitrogen cycle.- Humans destroy habitats by:- Deforestation- burning down or choppingdown forests less biodiversity- Agriculture- destroying ecosystems for farmland less biodiversity- Introducing Invasive Species- bringing inspecies not native to an area change infood chain/biodiversity--Pollution- By definition, pollution is the introduction of anysubstance into the natural environment that causesadverse effects.- Pollutants become toxins and can be very harmful forlife on the planet and be passed down the food chain.They also can cause a change in Earth’s cycles.- Humans add pollution to the land, water, and air in avariety of ways.- Land Pollution: solid and chemical waste from poordisposal of waste options.- Incineration, landfills, composting, andrecycling.- Water Pollution: caused by dumping waste, sewage,pesticides, fertilizers, eutrophication leading to highnumbers of algae, among more.- Air Pollution: caused by burning waste and burningfossil fuels increasing carbon levels.- Acid rain, smog, ozone damage.Energy Resources- Resources can be defined as all the features of the environment that help us producethings that satisfy our needs.
--There are natural resources and human made resources.Energy resources are natural resources that humansaccess for things like electricity, heating, etc.There are renewable and nonrenewable resources.Nonrenewable resources take hundreds of thousands ofyears to replenish, and therefore cannot be replenished inour lifetimes, meaning once they’re gone they’re gone.Fossil fuels are nonrenewable resources, and when burnedrelease CO2.We mine for fossil fuels as well as minerals, metals, etc.Renewable resources are ones we can reuse or thatreplenish quickly like alternative energy resources.- Wind energy, solar energy, hydro energy,geothermal energy, etc.Climate Change/Global Warming- Global warming is a natural event that occurs on Earth where excesscarbon dioxide, among other compounds, settles in the atmosphereand acts as greenhouse gases trapping and holding in heat.- Global warming leads to changes in our climatesystems and melting of polar ice caps.- This leads to rising sea levels andflooding, changes in rain and droughtpatterns, increases of insects andtherefore disease, etc.- Humans are increasing this warming, andtherefore increasing climate change, by burningfossil fuels, deforestation- leading to less plantsto take in carbon dioxide, and many other things like ocean pollutionand destruction of ecosystems.2. What is environmental sustainability?Sustainability is the ability to meet the needs of the current generation without compromising the ability offuture generations to meet their needs. The environment is the primary but not the only considerationwithin sustainability; it is important to also consider human welfare. Therefore, a sustainable society isone that protects natural resources while ensuring social justice and economic wellbeing for all.
-Consumption of energy is not equal in all parts of the world. Look at the graphs comparing theU.S.’s and Germany’s consumption of energy.Notice nonrenewable resources account for a high percentage in the U.S. compared to Germany.- Conservation: The protection,restoration, and management ofnatural resources or practices.- Saving, reducing usage,improving efficiency ofresources, controllingenvironmental impact, andreusing are someconservation techniques- Energy Efficiency: Using energyresources more efficiently- If energy is the ability to dowork then the amount ofwork produced compared tothe amount of energy usedis called energy efficiency.- Energy resourcesdo not produce 100% of the potentialwork that is stored in the energysource.- Ex: Car using gasoline- some energy isconverted to mechanical energy that movesthe car and some is used to power things likethe AC, while most of the energy is lost asheat. What other example can you think of?- Ex 2: Add insulation to a house to reduceheat loss, so less energy is needed to heatthe house.
Sustainability Quarter 3 AssessmentStandards Covered in this Assessment:HS-ESS2-4 : Use a model to describe how variations in the flow of energy into and out of Earth’s systemsresult in changes in climateHS-ESS2-6 : Develop a quantitative model to describe the cycling of carbon among the hydrosphere,atmosphere, geosphere, and biosphere.HS-ESS3-1 : Construct an explanation based on evidence for how the availability of natural resources,occurence of natural hazards, and changes in climate have influenced human activity.HS-ESS3-4 : Evaluate or refine a technological solution that reduces impacts of human activities onnatural systems.HS-ESS3-5 : Analyze geoscience data and the results from global climate models to make anevidence-based forecast of the current rate of global or regional climate change and associated futureimpacts to Earth's systems.HS-ESS3-6 : Use a computational representation to illustrate the relationships among Earth systems andhow those relationships are being modified dueto human activity.Directions:In this assessment, you will be asked to observe, identify, evaluate, and model different sustainablepractices and issues within your house and neighborhood by doing a scavenger hunt. You will haveoptions on how you can identify and show each thing, however, simply identifying will not showproficiency. You will also need to ask questions, define problems, investigate solutions, and use/interpretdata to develop an overall conclusion for personally using more sustainable practices.Safety Practices: Due to the epidemic at hand, please do these activities safely and use proper safetymeasures like gloves and masks. While out in your neighborhood, please maintain a 6 foot distance fromany other people that may be outside.Part 1 : Find each of these items outside or around your neighborhood and take a picture or draw them inthe spaces provided. After you document these items, answer the questions 7.18. Items to Find:An example of energy efficiencyAny evidence of global warmingEvidence of sustainable waste disposalA littered food scrap, landfill waste, and recyclable wasteA littered item that is decomposing or oldA farm or area with new constructionAn example of your sustainability project topic - or any topicAn example of wastewater pollutionAn animal nest or living quartersA place where drinking water comes fromA sewer drainA compost or an organic waste disposalA vegetable gardenA form of alternative energyA form of air pollutionA form of water pollutionAn example of overpopulationA source of fossil fuels
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Continental Drift review 4-6 Milky Way Continental Drift Plate Tectonic review 7-10 Plate Tectonic Earthquake Volcano review 11-13 Earthquake & volcano Identifying Minerals review 14-17 Identifying Minerals Human Impact review 18-19 Human Impact Webquest. Sustainability Review and evaulation 20-25 Sustainability Electromagnetic Spectrum Review and
0.8 M Earth 1 M Earth 0.1 M Earth Planet Radius (R Earth): 0.95 R Earth 1 R Earth 0.5 R Earth Distance from Sun (DEarth): 0.7 D Earth 1 D Earth 1.5 D Earth Average Surface Temperature: 456 oC 10 oC -95 oC Atmosphere: T
Using Earth Science Activities to Engage Students as Scientists 12:30 pm - 1:30 pm – Harnessing the Power of Earth System Science for Developing Science Practices and Crosscutting Concepts 2:00 – 3:00 – Using Data in the Earth and Space Science Classro
EARTH / MOON WHITE EARTH / MIAMI WHITE EARTH / MULTICOLOR EARTH / LIGHT GREY colors EARTH / OUTDOOR 2CM EARTH / LIGHT GREY p.22 EARTH / DARK GREY p.26 EARTH / DARK GREY. 2 Drawing inspiration from the Dolomites in Northeastern Italy, Earth
Interactive Textbook Answer Key 33 Earth Science Earth Science Answer Key Chapter 1 The World of Earth Science SECTION 1 BRANCHES OF EARTH SCIENCE 1. earthquakes 2. oceans 3. the study of Earth’s atmosphere, weather, and climate 4. Meteorologists can predict severe weather in time for people to get out of the way. 5. Unlike other branches of .
Using (A) Earth, Earth’s Moon, Mars Comparison worksheet, ask students to make a prediction using a drawing of the Earth, Earth’s Moon, and Mars, showing what they think the sizes are in relationship to each other. B. Look at the image of Earth and Earth
Materials: Earth Science: A Reference Guide; materials for laboratory experiments Prerequisites: K12 middle school Earth Science, or equivalent seMester one unit 1: earth science and systems Earth science is one of the most fascinating topics in all the sciences, and students learn about its place among the sciences in this unit.
of nuclear warheads on Earth-to-space and space-to-space kinetic weapons. It does not, however, affect the development, testing, deployment, or use of non-nuclear space weapons. Similarly, the Outer Space Treaty of 1967 prohibits nuclear-armed space-to-space and
life science, physical science, and earth and space science. When learning about rocks and minerals students utilize the physical science standards: properties of objects and materials and magnetism as well as the earth and space science standards: properties of earth materials and chan
Jan 14, 2014 · A)solid outer layer of Earth B)liquid outer layer of Earth C)magma layer located below Earth's stiffer mantle D)gaseous layer extending several hundred kilometers from Earth into space 29.Earth's hydrosphere is best described as the A)1.4 B)9.9 C)3.0 D)4900 30.What
www.ck12.orgChapter 1. HS What is Earth Science? Worksheets CHAPTER 1 HS What is Earth Science? Worksheets Chapter Outline 1.1 THE NATURE OF SCIENCE 1.2 EARTH SCIENCE AND ITS BRANCHES Lesson 1.1: The Nature of Science Less
Environmental Earth Science 1 Environmental Earth Science Bachelor of Arts (BA) The environmental earth science major is designed to provide students with a broad background in the earth sciences with an emphasis on environmental sciences. Interrelationships between physical, biologic
8th Grade Science Study Guide The Earth rotates on its axis. It takes 24 hours for the Earth to make one complete rotation (360 ). This makes one whole day. The Earth revolves around the sun. When the Earth makes one complete trip around the sun it has been one complete year. Seasons on Earth happen because the Earth tilts on its axis
society. Earth and Space Science is offered in a block schedule, meeting daily for 87 minutes for half of the academic year (90 days). This course is divided into 11 units of study: Unit 1 – Introduction to Earth and Space Science
Essentials – Glencoe Scientific: Earth Science Level 1 – Thompson and Turk: Earth Science and the Environment Honors – McDougal Littell: Earth Science . 5 21st Century Life and Careers In today's global ec
Google Earth Community: Learn from other Google Earth users by asking questions and sharing answers on the Google Earth Community forums. Using Google Earth: This blog describes how you can use some of the interesting features of Google Earth. Selecting a Server Note: This section is relevant to Google Earth Pro and EC users.
the earth, daytime and nighttime occur. It takes 24 hours for one Earth rotation to occur. When one side of the Earth faces the Sun, it is daytime there and nighttime on the other side of the Earth. The shape of the Earth is like a flattened ball. Both ends of the Earth are slightly flat
Apr 30, 1992 · sistent fashion, a mental model of the earth other than the spherical earth model. Five alternative mental models of the earth were identified: the rectangular earth, the disc earth, the dual earth, the hollow sphere, and the flattened sphere. It is argued that these models a
Earth Pressure (P) 8 Earth pressure is the pressure exerted by the retaining material on the retaining wall. This pressure tends to deflect the wall outward. Types of earth pressure: Active earth pressure or earth pressure (Pa) and Passive earth pressure (P p). Active earth pressure tends to deflect the wall away from the backfill.File Size: 1MBPage Count: 55
Earth's Materials and Systems Part 1: The History of Planet Earth 2015-08-27 www.njctl.org Slide 3 / 75 Table of Contents: The History of Planet Earth · Earth's Layers · Three Types of Rocks · Rock Strata · Early Life on Earth / Fossils Click on the topic to go to that section Slide 4 / 75 Earth'
again. The seasons change as Earth moves around the Sun. Summer turns to winter because Earth’s motion changes how energy from the Sun spreads out over Earth’s surface. The Sun The nearest star to Earth is the Sun. The Sun is about 150 million km from Earth. The Sun is much larger than Earth. The Sun’s diameter is more than 100 times .