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1 AP Biology An Introduction to Your AP Biology Course The two main goals of AP Biology are to help you develop a conceptual framework for modern biology and to gain a deeper appreciation of science as a process (as opposed to an accumulation of facts). Because of the rapid pace of discovery in the life sciences our primary emphasis is on developing an understanding of unifying concepts that connect the major topics of biology. The AP Biology Curriculum centers around the four Big Ideas and you will need to not only know these but also understand how they all relate: Ø Big Idea 1: The process of evolution drives the diversity and unity of life. Ø Big Idea 2: Biological systems utilize free energy and molecular building blocks to grow, to reproduce and to maintain dynamic homeostasis. Ø Big Idea 3: Living systems store, retrieve, transmit and respond to information essential to life processes. Ø Big Idea 4: Biological systems interact, and these systems and their interactions possess complex properties. In addition, much of the course will be dedicated to the understanding of science as a process. This, however, goes well beyond the steps of the scientific method that you learned in third grade. To be a successful scientist, you must understand the process of experimental design and how to critically analyze not only the results of your experiments, but the procedure and data collection methods as well. You must be able to create and understand a variety of different charts and graphs, each important for different varieties of data. You must be able to point out flaws in arguments based on both qualitative and quantitative data. You must be able to create and analyze visual interpretations of various biological concepts. And finally, you must be able to relate what you’ve discovered back to classic biological concepts and use your depth of knowledge to explain those experimental results. All these skills, in addition to general biology knowledge, are included in the AP Course Description and will be tested on the AP test in May! Your summer assignment is below. The due dates are spaced throughout the summer to keep you from having a big, scary assignment hanging over your head all summer long. (I expect the assignment to take about 10-12 hours overall.) I look forward to working with you this coming school year and I hope you have an amazing, relaxing summer. After a wild and unusual 2020-21 school year, you absolutely deserve it! Mr. Matthew Jurkiewicz

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APBiologyAnIntroductiontoYourAPBiologyCourseThetwomaingoalsofAPBiologyaretohelpyoudevelopaconceptualframeworkformodernbiologyandtogainadeeperappreciationofscienceasaprocess(asopposedtoanaccumulationoffacts).Becauseoftherapidpaceofdiscoveryinthelifesciencesourprimaryemphasisisondevelopinganunderstandingofunifyingconceptsthatconnectthemajortopicsofbiology.TheAPBiologyCurriculumcentersaroundthefourBigIdeasandyouwillneedtonotonlyknowthesebutalsounderstandhowtheyallrelate:Ø BigIdea1:Theprocessofevolutiondrivesthediversityandunityoflife.Ø BigIdea2:Biologicalsystemsutilizefreeenergyandmolecularbuildingblockstogrow,toreproduce

andtomaintaindynamichomeostasis.Ø BigIdea3:Livingsystemsstore,retrieve,transmitandrespondtoinformationessentialtolife

processes.Ø BigIdea4:Biologicalsystemsinteract,andthesesystemsandtheirinteractionspossesscomplex

properties.Inaddition,muchofthecoursewillbededicatedtotheunderstandingofscienceasaprocess.This,however,goeswellbeyondthestepsofthescientificmethodthatyoulearnedinthirdgrade.Tobeasuccessfulscientist,youmustunderstandtheprocessofexperimentaldesignandhowtocriticallyanalyzenotonlytheresultsofyourexperiments,buttheprocedureanddatacollectionmethodsaswell.Youmustbeabletocreateandunderstandavarietyofdifferentchartsandgraphs,eachimportantfordifferentvarietiesofdata.Youmustbeabletopointoutflawsinargumentsbasedonbothqualitativeandquantitativedata.Youmustbeabletocreateandanalyzevisualinterpretationsofvariousbiologicalconcepts.Andfinally,youmustbeabletorelatewhatyou’vediscoveredbacktoclassicbiologicalconceptsanduseyourdepthofknowledgetoexplainthoseexperimentalresults.Alltheseskills,inadditiontogeneralbiologyknowledge,areincludedintheAPCourseDescriptionandwillbetestedontheAPtestinMay!Yoursummerassignmentisbelow.Theduedatesarespacedthroughoutthesummertokeepyoufromhavingabig,scaryassignmenthangingoveryourheadallsummerlong.(Iexpecttheassignmenttotakeabout10-12hoursoverall.)IlookforwardtoworkingwithyouthiscomingschoolyearandIhopeyouhaveanamazing,relaxingsummer.Afterawildandunusual2020-21schoolyear,youabsolutelydeserveit!

Mr.MatthewJurkiewicz

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APBiologySummerAssignmentGuidelinesPARTA–DueDate:Monday,June28,2021IntroductoryVideoWatchthisintroductoryvideo:https://www.youtube.com/watch?v=4P8cyA90oO0Completethetaskgiventoyouinthevideoande-mailittomjurkiewicz@msjacad.org.PARTB–DueDate:Friday,July2,2021APGuideBookIhighlyrecommendthatyoupurchaseanAPBiologystudyguide.Wewillnotnormallyutilizethemduringclass(sobuytheoneyoulikebest),howeverthey’regreatresourcestohelpyouprepareforteststhroughouttheyearandfortheAPtestinMay.Inaddition,havingaguidebooktoreferencewillhelpyoucompletePartCofthesummerassignment.ThesearemyfavoriteAPBiologystudyguides.I’dsuggestpurchasingtheone(notboth)youaremorecomfortablewithfromotherAPcourses.Eitherisafinechoice,butmakesureit’sthenewestedition(2020orlater),especiallyifyoupurchasefromAmazon.com,etc.!

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PARTC–DueDate:Monday,July19,2021ChemistryandTerminologyReviewsSuggestedTime:4-5hoursOnthefollowingfewpages,youwillfindreviewsofgeneralchemistryknowledge(pages6to18)andgeneralbiologyterminology(pages19to21).Someifityou’llbeveryfamiliarwithwhilesomemightbenewtoyou(because[1]youhaven’ttakenahighschoolBiologycourseyetand[2]yourChemistrycoursewascompletedvirtuallyandsurelysomeconceptshadtobecutfortime).UtilizetheInternet,YouTubevideos(suggestedbelow),andyourAPBiologyguidebooktocompletethereviewstothebestofyourability.PayspecificattentiontotheChemistryreviewandhighlighttheconceptsyoufindmostdifficult.WehavetimetodoabriefChemistryreviewduringthefirstfewdaysofclassnextyearsoyou’llwanttobereadywithquestionsaboutspecifictopicsthatyoufindmostconfusing!Hankfrom“CrashCourse”discussesChemicalBonding:https://www.youtube.com/watch?v=QXT4OVM4vXIHankfrom“CrashCourse”discussesWater:https://www.youtube.com/watch?v=HVT3Y3_gHGgHankfrom“CrashCourse”discussesMolarity:https://www.youtube.com/watch?v=9h2f1Bjr0p4Hankfrom“CrashCourse”discussesAcidsandBases:https://www.youtube.com/watch?v=LS67vS10O5YGettoknowHank!He’soneofmyfavoriteYouTubers!Whenyou’refinished,[email protected]

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PARTD–DueDate:Monday,August9,2021SciencePracticeGuidesSuggestedTime:5-6hoursPaulAnderson,ofBozemanScienceonYouTube,isonthemostrespectededucatorsintheAPBiologyworld.Someofhisvideoscanbealittle“dry”comparedtootherYouTuberswhoaremorefocusedonentertainmentthanscience,butMr.Andersonhasonegoalinhisvideos–toeducateyouwiththemostessentialinformationandgetyoua5ontheAPtest!Hehasuploadedvideos(under10minuteseach)thatbreakdownthesixsciencepracticestestedontheAPtest.I’dlikeyoutowatchavideooneachofthesixsciencepracticesbelowandsummarizeitin1-2pages.However,don’twriteanessayorsetofparagraphs!Eachoneofyoursummariesshouldbevisual,eye-catching,andunique.Iamenvisioningasetofmini-postersthatyoucanputinthefrontofathree-ringbinderandlookatfrequentlythroughoutthecoursetoremindyourselfthattheseareexactlytheconceptsthattheAPtestwillbetestingyouon.Thingsyoumightwanttoinclude: Lotsofcolors(toorganizeconcepts,notjusttomakeit“pretty”)

EssentialTerminologyinbold Examples ImagesorIllustrations FlowCharts

Definitions(ofmostimportantterms) Diagrams ShortbulletedlistsMaximumsize–frontsideORfrontandbackofasinglesheetofpaper(somemightbeonepageandothersmightbetwopages.That’sOK!)SubmityourworkasasinglePDFwiththesciencepracticeslabeled.Rubric

Haveyouincludedthemostimportantconceptsrelatingtoeachsciencepractice?

Haveyoudefinedimportantvocabulary?

Haveyouincludedexamples,eitherfromthevideosorfromothersources?

Areconceptsexplainedconciselyusinglists,diagrams,andflowcharts?

Haveyouusedvariouscolorsandimagestomakeyourworkeye-catching?Whenyou’refinished,[email protected]

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SciencePracticeVideos:

#1:ModelsandRepresentations https://www.youtube.com/watch?v=v5Nemz_cVew

#2:UsingMathematicsAppropriately https://www.youtube.com/watch?v=jgqYlSKoXak

#3:FormulateQuestions https://www.youtube.com/watch?v=2zB272Ak63A

#4:DataCollectionStrategies https://www.youtube.com/watch?v=AzTXnne40wU

#5:AnalyzeDataandEvaluateEvidence https://www.youtube.com/watch?v=0JqukouOtZA

#6:ScientificExplanationsandTheories https://www.youtube.com/watch?v=3gK1xWNM7kk

#7:ConnectingKnowledge https://www.youtube.com/watch?v=7l4bcs49JP8

Finally,nowthatyouhavemetHankfromCrashCourseandPaulAndersonfromBozemanScience,I’dliketointroduceyoutothethirdYouTubechannelthatwe’llusefrequentlyduringAPBiology:TheAmoebaSisters!TheAmoebaSister’svideosarecartoons,filledwithlittlejokesandmemesalongwithwackycharacters,butthescienceissolidandquitein-depth.Itwouldn’tsurprisemeifthischannelbecameyour“goto”reviewspotnextsemester!TheAmoebaSistersdiscuss“TheNatureofScience”:https://www.youtube.com/watch?v=3nAETHZTObk

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Name:__________________________________________________ Date:______________________ Block:__________APBiologyEssentialChemistryReview1. Contrastthetermelementwithcompound.

2. Knowthesymbolsofthefollowingelementsandtheircharge:a. Carbon

b. Hydrogen

c. Oxygen

d. Nitrogen

e. Phosphorus

f. Sulfur

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3. Labelthediagrambelowanddefinethetermsthatyoulabel.

4. Contrastthetermsatomicmassandatomicnumber.

5. Whatisthedifferencebetweenthetermsatomicmassandatomicweight?

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6. Whatisanisotopeandwhatis“special”aboutradioactiveisotopes?

7. Whatdeterminesinteractionsbetweenatoms?Whyarevalenceelectronsimportant?

8. Definethefollowingterms:

a. Chemicalbond

b. Covalentbond

c. Singlebond

d. Doublebond

e. Electronegativity

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f. Nonpolarcovalentbond

g. Polarcovalentbond

9. Whatisthedifferencebetweenastructuralandmolecularformula?

10. Knowboththemolecularandstructuralformulaforthefollowingcompounds.

a. Oxygengas

b. Carbondioxide

c. Glucose

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d. Phosphate

e. Ammonia

f. Water(youwouldbesurprisedathowmanypeoplemissedthis!!!)

11. Howdoionicbondscomparewithcovalentbonds?

12. CompareandcontrasthydrogenbondsandvanderWaalsinteractions.

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13. Defineadynamicchemicalequilibriumintermsofquantitiesofreactantsandproducts.

14. Whyiswaterconsideredapolarmolecule?

15. Foreachofthebelowlistedpropertiesofwater–brieflydefinethepropertyandthenexplainhowwater’spolarnatureandpolarcovalentbondscontributetothewaterspecialproperty.a. Cohesion

b. Adhesion

c. Surfacetension

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d. Highspecificheat

e. Heatofvaporization

f. Evaporativecooling

16. Whatisspecialaboutwateranddensity?

17. Explainhowthesepropertiesofwaterarerelatedtothephenomenadescribedinthestatementsbelow.Morethanonepropertymaybeusedtoexplainagivenphenomenon.

a. Duringthewinter,airtemperaturesinthenorthernUnitedStatescanremainbelow0°Cfor

months;however,thefishandotheranimalslivinginthelakessurvive.

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b. Manysubstances—forexample,salt(NaCl)andsucrose—dissolvequicklyinwater.

c. Whenyoupourwaterintoa25-mlgraduatedcylinder,ameniscusformsatthetopofthewater

column.

d. Sweatingandtheevaporationofsweatfromthebodysurfacehelpreduceahuman’sbodytemperature.

e. Waterdropsthatfallonasurfacetendtoformroundeddropsorbeads.

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f. Waterdropsthatfallonyourcartendtobeadorroundupmoreafteryoupolish(orwax)thecarthanbeforeyoupolishedit.

g. Ifyoutouchtheedgeofapapertoweltoadropofcoloredwater,thewaterwillmoveupinto

(orbeabsorbedby)thetowel.

18. Definethefollowingterms:

a. Solute

b. Solvent

c. Aqueoussolution

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d. Hydrophilic

e. Hydrophobic

f. Molarity

19. MOLARITY

Watchthesevideosforareviewoftheconceptofmolarity!http://www.wikihow.com/Calculate-Molarityandhttps://www.youtube.com/watch?v=O7xi3SVbKw4&t=4s

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ExampleProblems1.Whatisthemolarityofasolutionformedby

mixing10.0gofH2SO4withenoughwatertomake0.100Lofsolution?

2.Toprepare10.5Lofa2.50MsolutionofKOH,howmanygramsofpotassiumhydroxidemustbe

used?

3.HowmanymolesofLiBrmustbeaddedto.650Lofwatertomakea2.0Msolution?

4.Whatisthemolarityofthesolutionproducedwhen145gofNaClisdissolvedinsufficientwater

toprepare2.75Lofsolution?

5.HowmanygramsofKClareneededtoprepare0.750Lofa1.50Msolution?

6.Whatisthemolarityofthesolutionproducedwhen.594molofHClisdissolvedin0.385Lof

water?

7.Toproduce3.00Lofa1.90Msolutionofsodiumhydroxide,howmanygramsofNaOHmustbe

dissolved?

8.If8.77gofKIaredissolvedinenoughwatertomake4.75Lofsolution,whatisthemolarityofthe

solution?

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20.LabelthediagrambelowtodemonstratethedissociationofthewatermoleculeandthenrelatethisdiagramtothetermpH.

21. Whatdefinesanacidandabase?

22. WhyaresmallchangesinpHsoimportantinbiology?

23. Whatisabuffer?Giveanexampleonhowtheywouldworkinalivingorganism.

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24. Whatisacidprecipitationandwhyisitimportanttolivingorganisms?25. Whatisspecialaboutcarbonthatmakesitthecentralatominthechemistryoflife?

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Name:__________________________________________________ Date:______________________ Block:__________APBiologyBiologyPrefixesandSuffixes-TheLanguageofScience

Themainreasonstudentsfinditdifficulttounderstandscienceisbecauseofallthehardtowrite,spellandreadwords.Actually,scientificvocabularyisamixofsmallwordsthatarelinkedtogethertohavedifferentmeanings.Ifyoulearnthemeaningsofthelittlewords,you'llfindscientificvocabularymucheasiertounderstand.FindthemeaningtothefollowingGreek/Latinrootwords.

Word Meaning

Word Meaning

a/an hemo

meso hyper

leuco hypo

aero intra

anti -itis

amphi lateral

aqua/hydro -logy

arthro -lysis

auto -meter

bi/di mono

bio morph

cephal micro

chloro macro

chromo multi/poly

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cide pod

cyto -phobia

derm -philia

haplo proto

ecto(exo) photo

endo psuedo

epi synthesis

gastro sub

genesis troph

herba therm

hetero tri

homo zoo,zoa

ov -tropism

kary -taxis

neuro -stasis

soma zyg/zygous

saccharo phago

primi/archea path/pathy

phyll sym/syn

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Onceyouhavecompletedtheabovetable,useittodevelopadefinition,inyourownwords,foreachofthefollowingterms.:

1. Hydrology__________________________________________________________________

2. Cytolysis_________________________________________________________________

3. Protozoa___________________________________________________________________

4. Epidermis__________________________________________________________________

5. Spermatogenesis___________________________________________________________

6. Exoskeleton________________________________________________________________

7. Abiotic____________________________________________________________________

8. Pathogen_________________________________________________________________

9. Pseudopod________________________________________________________________

10. Hemophilia_______________________________________________________________

11. Endocytosis______________________________________________________________

12. Herbicide________________________________________________________________

13. Anaerobic________________________________________________________________

14. Bilateral__________________________________________________________________

15. Autotroph_______________________________________________________________

16. Monosaccharide__________________________________________________________

17. Arthropod________________________________________________________________

18. Polymorphic______________________________________________________________

19. Hypothermia______________________________________________________________

20. Biogenesis________________________________________________________________