Y11GCSEPreparation&RevisionPack

2018-SEPARATESCIENCES

Page2;Outlineofthetopicsoneachpaper&examdatesPage3;TeachingorderforeachhalftermPage4;RevisionIdeas&GuidelinesPage5;PracticePaperSchedule

“Whenwetackleobstacles,wefindhiddenreservesofcourageandresiliencewedidnotknowwehad.”–A.P.JAbdulKalam

“Be kind, for everyone you meet is fighting a battle” - Plato

“Just be yourself man, be proud of who you are.” - Eminem

Oldershaw

Lessons

Oldershaw

Lessons

Oldershaw

LessonsSB1a Microscopes&magnification S ta te s 2 SC1a Statesofmatter SP1a VectorsandscalarsSB1b Cells SC2a Mixtures SP1b DistancetimegraphsSB1c SpecialisedCells SC2b Filtrationandcrystallisation SP1c AccelerationSB1d Bacteria SC2c Paperchromatography SP1d VelocitytimegraphsSB1e Enzymes&nutrition SC2d Distillation SP2a ResultantforcesSB1f Testingfoods SC2e Drinkingwater SP2b Newton'sFirstLawSB1g Enzymeaction SC3a Structureofanatom SP2c MassandweightSB1h Enzymeactivity SC3b Atomicmassandnumber SP2d Newton'sSecondLawSB1i Transportingsubstances SC3c Atomicmassandnumber SP2e Newton'sThirdLawSB2a Mitosis SC4a Elementsandtheperiodictable SP2f MomentumSB2b Growth&differentiation SC4b Atomicnumberandtheperiodictable SP2g StoppingDistancesSB2c Growthinplants SC4c Electronicconfigurationsandtheperiodictable SP2h BrakingdistancesandenergySB2d Stemcells SC5a Ionicbonds SP2i CrashHazardsSB2g Thenervoussystem SC5b Ioniclattices SP3a EnergystoresandconservationSB2h Reactiontimes SC5c Propertiesofioniccompounds SP3b Energyefficiency

SB2e Thebrain Cval ent

Bond ing 2

SC6a Covalentbonding SP3c SupplyingelectricitySB2f Testingbrainproblems SC7a Propertiesofcovalentbonding SP3d KeepingwarmSB2i Theeye SC7b Allotropesofcarbon SP3e Renewableresources9Ac (Discoveryofandintroto)DNA CC7c Propertiesofmetals SP3f Non-renewableresourcesSB3c DNA CC7d Representingdifferenttypesofsubstance SP4a DescribingwavesSB3g Alleles SC8a Massesandempiricalformulae SP4b SoundandthehumanearSB3a Sexualandasexualreproduction SC8b Conservationofmass SP4c WavevelocitySB3h Inheritance SC8c Moles SP4d RefractionSB3e Geneticvariance&phenotypes SC9a Acids,indicatorsandpH SP4e WavesataninterfaceSB3i Multiple&missingalleles SC9b Basesandneutralisation SP4f UltrasoundandinfrasoundSB3j Variation SC9c Preparingsolublesalts SP4g UsesofultrasoundandinfrasoundSB3b Meiosis SC9d Balancingequations SP5a Raydiagrams,reflection,refractionandTIRSB3d Proteinsynthesis SC9e Alkalisandneutralisation SP5b Specularanddiffusereflection,filtersandcoloursSB3k Effectsofmutations SC9f Reactionsofmetalsandcarbonates SP5c LensesandimageformationSB4a Evidenceofhumanevolution SC9g Solubility SP5d EMwavesSB4b Darwin'stheory SC10a Electrolysis SP5e TheEMspectrum9Ad Genesandextinction SC10b Productsfromelectrolysis SP5f RadiotoIR9Ae Naturalselection SC11a Reactivity SP5g AbsorptionandradiationSB4c DevelopmentofDarwin'stheory SC11b Ores SP5h UVtoGammaSB4d Classification SC11c Oxidationandreduction SP5i HazardsofEMwavesSB4e Breedsandvarieties SC11d Recycling SP6a Theatomicmodel

9Bd Growincrops Revers

ible

equilibr

ia 2SC12a Dynamicequilibrium SP6b Isotopes

SB4f Tissueculture SC13a Transitionmetals SP6c IonisationSB4g Genesinagricultureandmedicine SC13b Corrosion SP6d BackgroundradiationSB4h GMandagriculture SC13c Electroplating SP6e IonisingradiationSB4i Fertilisersandbiologicalcontrol SC13d Alloying SP6f ExplainingradioactivitySB5a Health&disease SC13e Usesofmetalsandtheiralloys SP6g Half-lifeSB5b Non-communicablediseases SC14a Yields SP6h UsesofradioactivitySB5c Cardiovasculardisease SC14b Atomeconomy SP6i RadiationhazardsSB5d Pathogens SC14c Concentrations SP6j MedicalusesofradioactivitySB5e Spreadingpathogens SC14d Titrationsandcalculations SP6k FissionandfusionasenergysourcesSB5f Viruslifecycles SC15a FertilisersandtheHaberprocess SP6l ExplainingfissionSB5j Theimmunesystem SC15b Factorsaffectingequilibrium SP6m ExplainingfusionSB5i Physicalandchemicaldefences SC15c Molarvolumeofgases SP7a Thesolarsystem

SB5k Antibiotics Che

mic al

cell

SC16a Chemicalcellsandfuelcells SP7b GravityandorbitsSB5l Testingnewmedicines SC17a Group1 SP7c SteadystatevsBigBangTheoriesSB5m Monoclonalantibodies Sc17b Group7 SP7d DopplereffectsandCMBRSB6a Photosynthesis SC17c Halogenreactivity SP7e Thelifecycleofastar9Bc Plantproducts SC17d Group0 SP8a Workdoneandpower9Bb Plantadaptations SC18a Ratesofreaction SP8b GravitationalandkineticenergySB6b Factorsaffectingphotosynthesis SC18b Factorsaffectingreactionrate SP9a Contactandnon-contactforcepairsSB6c Absorbingwaterandmineralions SC18c Catalystsandactivationenergy SP9b FreebodyforcediagramsSB6e Plantadaptations SC19a Exothermicandendothermicreactions SP9c MomentsofaforceSB6d Transpirationandtranslocation SC19b Energychangesinreactions SP10a SimpleseriesandparallelcircuitsSB6f Planthormones SC20a Hydrocarbonsincruideoilandnaturalgas SP10b Kirchoff'sLawsSB6g Usesofplanthormones SC20b Fractionaldistilliationofcrudeoil SP10c Explainingp,dandlSB6g Plantdefences SC20c Thealkanehomologousseries SP10d Phms'sLawSB6h Plantdiseases SC20d Completeandincompletecombustion SP10e VIcharacteristicsSB7a Hormones SC20e Combustiblefuelsandpollution SP10f HeatingeffectsofacurrentandenergytransferredSB7b Hormonalcontrolofmetabolicrate SC20f Breakingdownhydrocarbons SP10g EnergytransferandpowerSB7c Themenstrualcycle SC21a Theearlyatmosphere SP10h dcandacSB7d Hormonalcontrolofmenstrualcycle SC21b Achangingatmosphere SP10i SafetyandmainselectricitySB7e Hormonalcontrolofbloodglucose SC21c Theatmoshpere SP11a HoeinsulatorsarechargedSB7f TypeIIdiabetes SC21d Climatechange SP11b Usesanddangers,earthingSB7g Thermoregulation SC22a Testformetalions SP11c ElectricfieldSB7i Thekidneys SC22b Testsfornon-metallicions SP12a MagnetsandmagneticmaterialsSB7h Osmoregulation SC22c Moreaccurateionanalysis SP12b MagneticeffectofacurrentSB8a Efficienttransportandexchange SC23a Alkanesandalkenes SP12c ThemotoreffectandFleming'sLHruleSB8b Factorsaffectingdiffusion SC23b Reactionsandalkanesandalkenes SP13a TransformersSB8c Thecirculatorysystem SC24a Additionpolymerisation SP13b Microphones,loudspeakersandthetransformerequationSB8d Theheart SC24c Condensationpolymerisation SP13c PowerandtransformersSB8e Cellularrespiration SC24d Problemswithpolymers SP14a TheparticletheoryofmatterSB9a Ecosystems SC25a Ethanolproduction SP14b ChangesofstateSB9b Energytransfers SC25b Alcohols SP14c SpecificandlatentheatcapactieisSB9c Factorsaffectingcommunities SC25c Carboxylicacids SP14d TheidealgaslawsandthermodynamictemperatureSB9d Assessingpollution SC26a Comparingpropertiesofmaterials SP14e TheidealgaslawsandequationsSB9e Interdependence SC26b Comparingusesofmaterials SP15a Propertiesofmatterundertensile/compressivestressSB9f Biodiversityinhumans SC26c Nanoparticles SP15b Hooke'sLawandelasticenergySB9g Preservingbiodiversity 162 SP15c PressureinfluidsSB9h Foodsecurity SP15d Pressureinfluidsandfloating/sinkingSB9i Thewatercycle 170SB9j ThecarboncycleSB9k ThenitrogencycleSB9l Ratesofdecomposition

178

Forcesand

matter

8

6

Polyme

rs

Particlemod

el

10

Ecosystems

24

Alcoho

lsa

nd

carbox

ylic

Bulk

and

surfa

ce

prop

erti

6

Wuanlit

ative

analysi

s 28

Magne

tismand

theirm

otoreffe

ct

6

Exchange,transpo

rtinanimals

10

Hydr

ocar

bon s

Electrom

agne

ticindu

ction

Anim

alo-ordination,co

ntroland

hormon

es

18

Earthand

Atosph

ere

Staticelectricity

BIOL

OGYPA

PERTWO

(PAP

ER4)

Plants

22

Energy-forcesdoingwork

4

Rates of

Reacti

on 30

Forcesand

effe

cts

6

Heat

Cha

nge s

PHYSICSPA

PERTW

O(PAP

ER6)

Astron

omy

10

Grou

psin

perio

dic

table 8

Electricityand

circuits

18Fuels

Radioactivity

26

CHEM

ISTR

YPA

PERTW

O(PAP

ER5)

Transition

metals,

alloys&

corrosion

10

Health,D

iseaseandMed

icine

22

Quantita

tive

analysis

Dynam ic

equilibr

iaand

Acids 14

Lightand

EMsp

ectrum

18

Naturalselectio

n&Gen

eticMod

ificatio

n

24

Elec troly

tic

proc 4

Obtaining

andusing

metals

26

Conservatio

nofene

rgy

12

Type

sof

Substance

8

Gene

tics

22 Waves 14Calcu

lations

involvi

ng

6

Cellsand

control

8

Perio

dicT

able

Ionic

Bond

in g 6

10

8Metho

dsof

separatin

gandpu

rifying

10

10

Forcesand

motion

18Atom

icStructu

re 6

Biology Chem Physics

BIOL

OGYPA

PERONE

(PAP

ER1)

Overarchingconcep

tsinBiology

8

CHEM

ISTR

YPA

PERON

E(PAP

ER2)

PHYSICSPA

PERON

E(

PAPE

R3)

Motion

SeparateSciences-3GCSESEachpairofexamswillbeaveragedtogiveagradeineachsubject,i.e.Bio=4,Chem=6,Phys=7Foundation;Grades1upto5Higher;Grades4upto9YoumustdoallHigherorallFoundation

6exams–1hr45minseachPaper1–Biology1(15thMay) Paper2–Biology2(11thJune)Paper3–Chemistry1(17thMay) Paper4–Chemistry2(13thJune)Paper5–Physics1(23rdMay) Paper6–Physics2(15thJune)

Topicsoneachpaper: LessonsunderlinedandboldcontainaCorePractical.

Biology Chemistry Physics Biology Chemistry Physics11 PFR CPA RSH 11.1 PFR CPA RSH11 KRO AGL CMC 11.2 KRO AGL CMC11 KRO CPA RSH 11.3 KRO CPA RSH11 PFR KRO CMC 11.4 PFR KRO CMC12 AGL CPA RSH 11.5 AGL CPA RSH11y PFR KRO KRO 11y1 PFR KRO KRO

Aut1

SB7-Animalco-

ordination,control&

homeostasis

SC9AcidsSC10

Electrolyticprocess

SP8-Energy-forcedoing

workSP9Forcesandtheir

effectsSP15Forcesand

Aut1

CB7-Control,co-ordination&homeostasis

CC8-Calcsinc.massesCC9(a-b)Acids

CP12Particlemodel

CP13Forcesandmatter

Aut2

SB6-Plants

SC11Obtainingandusing

metalsSC12DynamicequilibriaSC14

Quantitativeanalysis

SP10-Electricityandcircuits

Aut2CB2-Cellsandcontrol

CC9(c-g)AcidsCC10Electrolyticprocess

CP9Electricity&

circuits

Spr1

SB8-Exchange&transportinanimalsSB9(a-d)

Ecosystems

SC22-QualitativeanalysisSC23

HydrocarbonsSC24Polymers

SP11-StaticelectricitySP12

MagnetismSP13

Electromagneticinduction

Spr1

CB8-Exchange&transportinanimalsCB9(a-d)

Ecosystems

C11Obtainingandusing

metalsCC12-DynamicequilibriumCC13-

CP7Energy-forcesdoing

workCP8-Forces

andtheireffects

Spr2

SB9(e-l)Ecosystems

SC25-Alcohols&carboxylicacidsSC26Bulksurface

and

SP14-Particlemodel

Spr2CB9(e-l)

Ecosystems

CC17Earth&

Atmosphere

CP10Magnetism

CP11Transformers

Sum1

Sum1

Sum2

Sum2

Year11SEPARATETeachingOrder Year11COMBINEDTeachingOrder

TeachingOrder–Whenwillyoucovereachtopicinclass?ThesearethetopicsyouhavelefttocoverinlessonsinY11.

Tests,PracticeQuestions&PracticePapersYouwillcompletepracticeexamquestionsinlessonsfrequently.Itisimportantthatyoutaketheseseriously,andpractiseyourexamtechnique.Markschemesareveryrevealingaboutwhatexactanswertheexamboardwantyoutowritedownsousethemproperlywhenyourteachergivesthemtoyou.Forexample,keyterminologycanbecrucial,andshowingyourcalculationsisamust!!Youwillcompleteatopictestattheendofeverytopicyoucompleteinlessons.Thisshouldbeusedtohelpteachersandyoureflectonyourstrengthsandweaknesses,soyouknowwhattoreviseagain.Youwillthereforehaveatleast3topictestseachhalfterminlessons(Bio,Chem&Phys).Inadditiontothese,wewillgiveyoulargerpracticepapersthatcovermorethanonetopic,includingthestuffwedidlastyear.Theinformationbelowtellsyouwhichtopicswewillbepractising,soyouMUSTPREPAREforthesetoseeatruereflectiononhowyouaregettingon.YoulearnedsomeofthismaterialinY9andY10,soitiscrucialthatyourevisebeforethetest.Wewilltrytoproviderevisionmaterials,howeverrememberyoucanalwayslogontopearsonactivelearn.comandaccessanytopic.Therearepower-points,practicetasksandexercisebookpagestohelpyoureviseoneverysingletopic.Thetopicsyouneedtoreviseforeachpracticeexamarelistedbelow.WaystoberevisingandpreparingNOW:

- RayisavailableMon-Wedbeforeschool,afterschool,atlunchandatbreaktime

- YoucangotoanyScienceteacheronMonday,Tuesday,ThursdayorFridayP7o Thiscouldjustbeforatenminutecatch-up,orforafullhour

- Thursdaysinparticular,staffwillbefreeandreadytogivetuitioninsmallgroups,

focussedonthestuffwedidlastyear

- Dothehomeworkstyletasksonpearsonactivelearn.com.Thefourboxesonthehomepagelinkyoutopracticetasksforeverytopic.Eachofthesetaskshaspowerpoints&pagesfromatextbooktohelpyou.Youcandothesetasksasmanytimesasyoulike.

- WewillbegivingyouachancetopurchaseCGPrevisionguidesandworkbooksafter

theOctHT.Getyourorderinquickandyoucanusethisinlessonsandathome.

- Downloadthe‘Quizlet’apponyourphoneandsearchfor“misskrobbo”–thiswillbringuprelevantsetsofflashcardsmadebyMissRobbo,andincludesquickgamestohelpyoupracticekeywords/formula.

SEPARATESCIENCES

Date PracticeExams TopicstoRevise

AUTUMN2HalfTerm2(Oct-Dec)

Week9(8thNov)

‘OverarchingthemesinBiology,Chemistry&

Physics’

Bio-Cells,Enzymes,TransportChem-Statesofmatter,separatingmixtures,

AtomicStructure,PeriodicTablePhys-Standardform,units,Motion,Forcesand

Motion

Week15(18-22ndDec)

[MOCKWEEK]

Biology1SampleMaterial

Cells,Enzymes,Nerves,TheEye,TheBrain,Mitosis,Growth,Genetics,Evolution,Genetic

Modification,Health&Disease

Chemistry1SampleMaterial

Mixtures,AtomicStructure,PeriodicTable,Bonding,Calculationswithmoles,Acids,Metals,

EquilibriumPhysics1

SampleMaterialMotion,ForcesandMotion,Conservationof

Energy,Waves,Light,EMSpectrum,Radioactivity

CHRISTMASHOLIDAYS

SPRING1HalfTerm3(Jan-Feb)

Week17(17th

January)

Biology2,Chemistry2&Physics2sofar

EW

Homeostasis,Hormones,Plants,Acids,Electrolysis,Metals,Equilibrium,

Quantitative

Energy;forcesandwork,Forcesandeffects,ForcesandMatter,Electricity,

FEBRUARYHALFTERM

SPRING2Half-Term4(Feb-March

Week23(7thMar)

Biology1,Chemistry1&Physics1combined

PATCOMB

Cells,Enzymes,Nerves,TheEye,TheBrain,Mitosis,Growth,Genetics,Evolution,Genetic

Modification,Health&DiseaseMixtures,AtomicStructure,PeriodicTable,

Bonding,Calculationswithmoles,Acids,Metals,Equilibrium

Motion,ForcesandMotion,ConservationofEnergy,Waves,Light,EMSpectrum,Radioactivity

Week26(26-29thMarch)[MOCKWEEK]

Biology2SampleMaterial

Homeostasis,Hormones,Plants,Exchange&Transport,Ecosystems

Chemistry2SampleMaterial

Metals,Equilibrium,Quantitative&Qualitativeanalysis,GroupsinPeriodicTable,Ratesof

Reaction,Earth&Atmosphere,Hydrocarbons,Polymers,Alcohols,Bulksurface

Physics2SampleMaterial

Energy;forcesandwork,Astronomy,Forcesandeffects,ForcesandMatter,Electricity,Statics,Magnetism,EMInduction,ParticleModel

EASTERHOLIDAY

SUMMER1Half-Term5(April-May)

Week27-Week32(16thApril-25thMay)

tbc tbc