Y11GCSEPreparation&RevisionPack

2018-COMBINEDSCIENCE

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

LessonsCB1a Microscopes&magnification S ta te 2 CC1a Statesofmatter CP1a VectorsandscalarsCB1b Cells CC2a Mixtures CP1b DistancetimegraphsCB1c Specialisedcells CC2b Filtrationandcrystallisation CP1c AccelerationCB1d Bacteria CC2c Paperchromatography CP1d Velocitytimegraphs

CB1e Enzymes&Nutrition CC2d Distillation CP2a ResultantforcesCB1f EnzymeAction CC2e Drinkingwater CP2b Newton'sfirstlaw

CB1g EnzymeActivity CC3a Structureofanatom CP2c MassandweightCB1h Transportingsubstances CC3b Atomicmassandnumber CP2d Newton'ssecondlaw

CB2a Mitosis CC3c Atomicmassandnumber CP2e Newton'sthirdlawCB2b Growth&Differentiation CC4a Elementsandtheperiodictable CP2f MomentumCB2c Growthinplants CC4b Atomicnumberandtheperiodictable CP2g StoppingdistancesCB2d StemCells CC4c Electronicconfigurationsandtheperiodictable CP2h Crashhazards

CB2e TheNervousSystem CC5a Ionicbonds CP3a EnergystoresandconservationCB2f Reactiontimes CC5b Ioniclattices CP3b Energyefficiency

9Ac (Discoveryof&)IntrotoDNA CC5c PropertiesofIoniccompounds CP3c Supplyingelectricity

CB3b DNA Covale

nt

bond

in

2CC6a Covalentbonding CP3d Keepingwarm

CB3c Alleles CC7a Propertiesofcovalentcompounds CP3e RenewableresourcesCB3d Inheritance CC7b Allotropesofcarbon CP3f Non-renewableresources

CB3e Variation CC7c Propertiesofmetals CP4a DescribingwavesCB3a Meiosis CC7d Representingdifferenttypesofsubstance CP4b Wavevelocity

CB3f Effectsofmutations CC8w Massesandempiricalformulae CP4c Refraction

CB4a Evidenceofhumanevolution CC8b Conservationofmass CP5a EMwavesCB4b Darwin'sTheory CC8c Moles CP5b TheEMspectrum9Ad Genes&Extinction CC9a Acids,indicatorsandpH CP5c RadiotoIR9Ae NaturalSelection CC9b Basesandneutralisation CP5d UVtogammaCB4c Classification CC9c Preparingsolublesalts CP5e HazardsofEMwaves

CB4d Breedsandvarieties CC9e Alkalisandneutralisation CP6a TheatomicmodelCB4e Genesinagriculture&medicine CC9f Reactionsofmetalsandcarbonates CP6b Isotopes9Bd Growingcrops CC9g Solubility CP6c Ionisation

CB5a Health&Disease CC10a Electrolysis CP6d BacgroundradiationCB5b Non-communicablediseases CC10b Productsfromelectrolysis CP6e Ionisingradiation

CB5c Cardiovasculardisease CC11a Reactivity CP6f ExplainingradioactivityCB5d Pathogens CC11b Ores CP6g Half-lifeCB5e SpreadingPathogens CC11c Oxidationandreduction CP6h Radiationhazards

CB5f Physical&Chemicaldefenses CC11d Recycling CP7a Workdoneandpower

CB5g Theimmunesystem Rev

er

sibl

e

equa

ti

ons

and 2

CC12a Dynamicequilibrium CP7b Gravitationalandkineticenergy

CB5h Antibiotics CC13a Group1 CP8a Contactandnon-contactforcepairs

CB6a Photosynthesis CC13b Group7 CP8b Freebodyforcediagrams

9Bc Plantproducts CC13c Halogenactivity CP9a Simpleseriesandparallelcircuits9Bb Plantadaptations CC13d Group0 CP9b Kirchoff'sLaws

CB6b Factorsaffectingphotosynthesis CC14a Ratesofreaction CP9c Explainingp.dandlCB6d Transpirationandtranslocation CC14b Factorsaffectingreactionrate CP9d Ohm'slaw

CB7a Hormones CC14c Catalystsandactivationenergy CP9e VIcharacterisiticsCB7b Hormonalcontrolofmetabolicrate CC15a Exothermicandendothermicreactions CP9f HeatingeffectsofacurrentandenergytransferredCB7c Themenstrualcycle CC15b Energychangesinreaction CP9g EnergytransferandpowerCB7d Hormonalcontrolofthemenstrualcycle CC15f Breakingdownhydrocarbons CP9h dcandac

CB7e Controlofbloodglucose CC16a Hydrocarbonsincrudeoilandnaturalgas CP9i Safetyandmainseletricity

CB7f TypeIIDiabetes CC16b Fractionaldistillationofcrudeoil CP10a Magnetsandmagneticmarierals

CB8a Efficienttransportandexchange CC16c Thealkanehomologousseries CP10b MagneticeffectofacurrentCB8b Thecirculatorysystem CC16d Completeandincompletecombustion CP10c ThemotoreffectandFleming'sLHrule

CB8c Theheart CC16e Combustiblefuelsandpollution 1 1-

2 CP11a Transformers

CB8d Cellularrespiration CC17a Theearlyatmosphere CP12a Theparticletheoryofmatter

CB9a Ecosystem CC17b Achangingatmosphere CP12b Changesofstate

CB9b Abioticfactors&communities CC17c Theatmosphere CP12c SpecificandlatentheatcapacitiesCB9c Bioticfactorsandcommunities CC17d Climatechange CP12d Theidealgaslawsandthermodynamictemperature

CB9d Parasitism&mutualism 110 CP13a Propertiesofmatterundertensile/compressivestressCB9e Biodiversityinhumans CP13b Hooke'sLawandelasticenergy

CB9f Preservingbiodiversity 114CB9h ThewatercycleCB9i Thenitrogencycle

120

4

6

8-

'Exchange

8

Earth&

Atm

osph

ere 8

12-

'Particle

8

9-'Ecosystems&

materialcycles'

16

13-

'For

BIOLO

GYPA

PERTWO

(PAP

ER4)

6-'Plant

structure&

10

9-'Electricity&Circuits'

18Rates

of

reactio

6

7'Con

trol,

Co-ordination&

12 Heat

change s

4

CHEM

ISTR

YPA

PERTW

O

(PAP

ER5)

Group

s1,7&

0

8

8-

'Forc 4

6

Fuels

10

10-

'Magne

Elec

troly

tic 4

Obtaining

andusing

metals

8

PHYSICSPA

PERTW

O

(PAP

ER6)

7-

'Ene

rgy-

Naturalselection

and

Gen

eticM

odification

16 5-'Light&

EM

10

Acids 12

6'Radioactivity'

16

5-'Health,Diseaseand

Develop

men

tofm

edicine'

16

3-'Co

nservation

of

Energy'

12

Gen

etics

14

Type

sof

substance

84-

'Waves'

6

Calcula

tion

sinc 6

Cellsand

control

12 Period

ictable

6

Ionic

bond

ing 6

8

Metho

dsof

separting

andpu

rifying

10

Forcesand

motion

16

Atomic

structur

e 6

Biology Chem Physics

BIOLO

GYPA

PERONE

(PAP

ER1)

Overarching

concep

tsinbiology

16

CHEM

ISTR

YPA

PERONE

(PAP

ER2)

PHYSICSPA

PERONE(

PAPE

R3)

Motion

CombinedScience-2GCSESAll6examresultsareaveragedouttogiveadoublegrade,i.e.2,3or4,4or8,9etcFoundation;Grades1,1upto5,5Higher;Grades4,4upto9,9YoumustdoallHigherorallFoundation6exams–1hr10minseachPaper1–Biology1(15thMay) Paper2–Biology2(11thJune)Paper3–Chemistry1(17thMay) Paper4–Chemistry2(13thJune)Paper5–Physics1(23rdMay) Paper6–Physics2(15thJune)Topicsoneachpaper:LessontitlesunderlinedandinboldcontainaCorePractical,whichwillbepracticedinclass,andmaybeaskedaboutintheexam.

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,focussed

onthestuffwedidlastyear

- Dothehomeworkstyletasksonpearsonactivelearn.comThefourboxesonthehomepagelinkyoutoloadsofpracticetasks.Eachofthesetaskshaspowerpointsandpagesfromatextbooktohelpyou.Youcandothesetasksasmanytimesasyoulike.

- WewillbegivingyouachancetopurchaseCGPrevisionguidesandworkbooksafterthe

OctHT.Getyourorderinquickandyoucanusethisinlessonsandathome.

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

PracticePaperSchedule

COMBINEDSCIENCE

Date PracticeExams TopicstoRevise

AUTUMN2HalfTerm2(Oct-Dec)

Week9(8thNov)

‘OverarchingthemesinBiology,Chemistry&Physics’

Bio-Cells,Enzymes,TransportChem-Statesofmatter,separating

mixtures,AtomicStructure,PeriodicTablePhys-Standardform,units,Motion,Forces

andMotion

Week15(18-22ndDec)

[MOCKWEEK]

Biology1SampleMaterial

Cells,Enzymes,Mitosis,Growth,Genetics,Evolution,GeneticModification,Health&

DiseaseChemistry1

SampleMaterialMixtures,AtomicStructure,PeriodicTable,Bonding,Calculationswithmoles,Acids,

Physics1SampleMaterial

Motion,ForcesandMotion,Energy,Waves,Light,EMSpectrum,Radioactivity

CHRISTMASHOLIDAYS

SPRING1HalfTerm3(Jan-Feb)

Week17(17th

January)

Biology2,Chemistry2&Physics2sofar

EW

Homeostasis,Hormones,Plants,

Acids,Electrolysis,Metals,Equilibrium,

Energy;forcesandwork,Forcesandeffects,ForcesandMatter,Electricity,Statics

FEBRUARYHALFTERM

SPRING2Half-Term4(Feb-March

Week23(7th

March)

Biology1,Chemistry1&Physics1combined

PATCOMB

Cells,Enzymes,Mitosis,Growth,Genetics,Evolution,GeneticModification,Health&

DiseaseMixtures,AtomicStructure,PeriodicTable,Bonding,Calculationswithmoles,Acids,

Motion,ForcesandMotion,Energy,Waves,Light,EMSpectrum,Radioactivity

Week26(26-29thMarch)[MOCKWEEK]

Biology2SampleMaterial

Homeostasis,Hormones,Plants,Transport,Ecosystems

Chemistry2SampleMaterial

Acids,Metals,GroupsinPeriodicTable,RatesofReaction,Fuels,Earth&Atmosphere

Physics2SampleMaterial

Energy;forcesandwork,Forcesandeffects,ForcesandMatter,Electricity,Statics,

Magnetism,EMInduction,ParticleModel

EASTERHOLIDAY

SUMMER1Half-Term5(April-May)

Week27-Week32(16thApril-25thMay)

tbc tbc