Maths f2 _ Rpt

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    LEARNING

    AREA/WEEKS/DATE

    LEARNING OBJECTIVES LEARNING OUTCOMES

    Students will be able to:

    STRATEGIES

    1. DIRECTED NUMBERS

    2 WEEKS

    (3.1.2011 14.1.2011)

    1.1 Perform computationsinvolvingmultiplicationanddivisionof

    integerstosolveproblems.

    i. multiplyintegersii. solveproblemsinvolvingmultiplicationofintegers

    iii.divideintegersiv.solveproblems

    Constructivism

    1.2 Perform computationsinvolving

    combinedoperationsofaddition,

    subtraction,multiplicationand

    divisionofintegerstosolve

    problems.

    i. Perform computationinvolving combined

    operationsof:

    a)additionandsubtraction

    b)multiplicationanddivision

    ofintegersii. Solveproblemsinvolving combined

    operationsofaddition,subtraction,

    multiplicationanddivisionofintegers

    includingtheuseofbrackets.

    Calculators

    1.3 Extendthe conceptofintegersto

    fractionstosolveproblems.

    i. Compareandorderfractions

    ii. Performaddition,subtraction,multiplication

    anddivisiononfractions.

    1.4 Extendthe conceptofintegerstodecimalstosolveproblems.

    i. Compareandorderfractionsii. Performaddition,subtraction,multiplication

    anddivisiononfractions.

    1.5 Perform computationsinvolvingdirectednumbers (integers,fractions

    anddecimals).

    i. Performaddition,subtraction,multiplicationanddivisioninvolvingtwodirectednumbers.

    ii. Perform computationsinvolving combination

    oftwoormoreoperationsondirected

    numbersincludingtheuseofbrackets.

    iii. Poseandsolveproblemsinvolvingdirected

    numbers.

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    LEARNING

    AREA/WEEKS/DATE

    LEARNING OBJECTIVES LEARNING OUTCOMES

    Students will be able to:

    STRATEGIES

    2. SQUARES, SQUARE

    ROOTS, CUBES , CUBE

    ROOTS

    2 WEEKS

    (17.1.2011 28.1.2011)

    2.1 Understandandusethe conceptofsquaresofnumbers.

    i. Stateanumbermultipliedbyitselfasanumbertothepoweroftwoandviceversa.

    ii. Determinethesquaresofnumberswithoutusing calculators.

    iii. Estimatethesquaresofnumbers.iv. Determinethesquaresofnumbersusing

    calculators.

    v. Listperfectsquaresvi. Determineifanumberisaperfectsquare.vii. Poseandsolveproblemsinvolvingsquaresofnumbers.

    Constructivism

    Student centered

    Pencilandpapermethod

    EstimationICT

    SelfAccess Learning

    2.2 Understandandusethe conceptofsquarerootsofpositivenumbers.

    i. Determinetherelationshipbetweensquaresandsquareroots.

    ii. Determinethesquarerootsofperfectsquares

    withoutusing calculator.

    iii. Determinethesquarerootsofnumbers

    withoutusing calculators.

    iv. Multiplytwosquareroots.

    v. Estimatesquarerootsofnumbers.

    vi. Findthesquarerootsofnumbersusingcalculators.vii. Poseandsolveproblemsinvolvingsquares

    andsquareroots.

    2.3 Understandandusethe conceptof

    cubeofnumbers.

    i. Stateanumbermultipliedbyitselftwiceasa

    numbertothepowerofthreeandviceversa.

    ii. Determine cubesofnumberswithoutusing

    calculators.

    iii. Estimate cubesofnumbers.

    iv. Determine cubesofnumbersusingcalculators.

    v. Poseandsolveproblemsinvolving cubesof

    numbers.

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    LEARNING

    AREA/WEEKS/DATE

    LEARNING OBJECTIVES LEARNING OUTCOMES

    Students will be able to:

    STRATEGIES

    2.4 Understandandusethe conceptof

    cuberootsofnumbers.

    i. Determinetherelationshipbetween cubesand

    cuberoots.

    ii. Determinethe cuberootsofintegerswithout

    using calculators.

    iii. Determinethe cuberootsofnumberswithout

    using calculators.

    iv. Estimate cuberootsofnumbers.

    v. Determine cuberootsofnumbersusing

    calculators.vi. Poseandsolveproblemsinvolving cubesand

    cuberoots.

    vii. Perform computationsinvolvingaddition,

    subtraction,multiplication,divisionandmixed

    operationsonsquares,squareroots, cubesand

    cuberoots.

    CUTI TAHUN BARU CINA (31.1.2011 4.2.2011)

    3. ALGEBRAIC

    EXPRESSIONS II

    2 WEEKS

    (7.2.2011 18.2.2011)

    3.1 Understandthe conceptofalgebraic

    termsintwoormoreunknowns.

    i. Identifyunknownsinalgebraic termsintwo

    ormorewunknowns

    ii. Identifyalgebraic termsintwoormore

    unknownsastheproductoftheunknownswitanumber

    iii. Identify coefficientsingivenalgebraic termsintwoormoreunknowns

    iv. Identifylikeandunlikealgebraic termsintwo

    ormoreunknowns

    v. Stateliketermsforagivenalgebraic terms

    3.2 Perform computationsinvolving

    multiplicationanddivisionoftwoor

    moreterms.

    i. Findtheproductoftwoalgebraic terms

    ii. Findthequotientoftwoalgebraic terms

    iii. Performmultiplicationanddivisioninvolvingalgebraic terms

    3.3 Understandthe conceptofalgebraic

    expressions.

    i. Writealgebraic expressionsforgiven

    situationsusinglettersymbols

    ii. Recognisealgebraic expressionsintwoormoreunknowns

    iii. Determinethenumberoftermsingiven

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    LEARNING

    AREA/WEEKS/DATE

    LEARNING OBJECTIVES LEARNING OUTCOMES

    Students will be able to:

    STRATEGIES

    algebraic expressionsintwoormore

    unknowns

    iv. Simplifyalgebraic expressionsby collecting

    liketerms

    v. Evaluateexpressionsbysubstitutingnumbers

    forletters

    3.4 Perform computationsinvolving

    algebraic expressions.

    i. Multiplyanddividealgebraic expressionsbya

    number

    ii. Perform:a)addition

    b)subtraction

    involvingtwoalgebraic expressions

    iii. Simplifyalgebraic expressions

    4. LINEAR EQUATIONS

    2 WEEKS(21.2.2011 4.3.2011)

    4.1 Understandandusethe conceptofequality.

    i. Statetherelationshipbetweentwoquantitiesbyusingthesymbols = or.

    y Use concreteexamplestoillustrate = and .

    y Discuss casessuchas:a). Ifa = bthenb = a.

    e.g:2 + 3 = 4 + 1 then 4 + 1 = 2 + 3

    b). Ifa = bandb = c,thena = c.e.g:

    4 + 5 = 2 + 7 =,then 2 + 7 = 3 +

    6,then 4 + 5 = 3 + 6

    4.2 Understandandusethe conceptoflinearequationsinoneunknown.

    i. Recogniselinearalgebraic termsii. Recogniselinearalgebraic expressions.iii. Determineifgivensituationis:a). alinearequationb)alinearequationinoneunknown.

    iv. Writelinearequationsinoneunknownforgivenstatementsandviceversa.

    y Discusswhygivenalgebraictermsandexpressionarelinear.

    y Givenalistofterms,studentsidentifylinearterms.

    e.g: 3x, xy, x2

    3x isalinearterm.

    y Selectlinearexpressionsgivenalistofalgebraic expressions.

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    LEARNING

    AREA/WEEKS/DATE

    LEARNING OBJECTIVES LEARNING OUTCOMES

    Students will be able to:

    STRATEGIES

    y Selectlinearequationsgivenalistofequations.

    e.g:

    x + 3 = 5, x 2y = 7, xy = 10

    x + 3 = 5, x 2y = 7 arelinear

    equations.

    X + 3 = 5 islinearequationinone

    unknown.

    yIncludeexamplesfromeverydaysituations.

    4.3 Understandthe conceptofsolutionsoflinearequationsinoneunknown.

    i. Determineifanumericalvalueisasolutionofagivenlinearequationinoneunknown.

    ii. Determinethesolutionofalinearequationinoneunknownbytrialandimprovement

    method.

    iii. Solveequationsintheformof:a). x + a = b

    b). x a + bc). ax = bd). x = b

    a

    wherea,b, c areintegersand x isan

    unknown.

    iv. Solveequationsintheformofax + b = c,wherea,b, c areintergersand x isan

    unknown.

    v. Solvelinearequationsinoneunkown.vi.

    Poseandsolveproblemsinvolvinfglinearequationsinoneunknown.

    y Use concreteexamplestoexplkainsolutionsoflinear

    equationinoneunknown.

    E.g:

    Relate x + 2 = 5 to ___ + 2 = 5

    y Solveandverifylinearequatuionsinoneunknownbyinspectionandsystematic trialusingwhole

    numbers,withandwithoutthw

    useofcalculators.

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    LEARNING

    AREA/WEEKS/DATE

    LEARNING OBJECTIVES LEARNING OUTCOMES

    Students will be able to:

    STRATEGIES

    5. RATIOS, RATES AND

    PROPORTIONS

    1 WEEK

    (7.3.2011 11.3.2011)

    5.1 Understandthe conceptofratioof

    twoquantities.

    i. Comparetwoquantitiesintheforma:bor

    a/b

    ii. Determinewhethergivenratiosareequivalent

    ratios.

    iii. Simplifyratiostwothelowestterms.

    iv. State ratiosrelatedtoagivenratio.

    Cooperativelearning.

    Constructivism.

    CUTI PERTENGAHAN PENGGAL 1 (12.3.2011 20.3.2011)

    UJIAN 1 TINGKATAN 1, 2 & 4 (21.3.2011 25.3.2011)

    1 WEEK(28.3.2011 1.4.2011) 5.2U

    nderstandthe conceptofpropotiontosolveproblems. i. Statewethertwopairsofquantitiesisaproportion.ii. Determineifaquantityisproportionalto

    anotherquantitygiventwovaluesofeach

    quantity.

    iii. Findthevalueofaquantitygiventheratioof

    thetwoquantitiesandthevalueofanother

    quantity.

    iv. Findthevalueofaquantitygiventheratio

    andthesumofthetwoquantities.

    v. Findthesumoftwoquantitiesgiventheratioofthequantitiesandthedifferencebetween

    thequqntities.

    vi. Poseandsolveproblemsinvolvingratiosandproportions.

    Contextuallearning.

    Cooperativelearning.

    5.3 Understandandusethe conceptof

    ratioof threequantitiestosolve

    problems.

    i. Comparethreequantitiesintheforma:b: c.

    ii. Determinewethergivenratiosareequivalent

    ratios.

    iii. Simplifyratioofthreequantitiestothelowest

    terms.iv. Statetheratioofanytwoquantitiesgiven

    ratioofthreequantities.

    v. Findtheratioofa:b: c giventheratioofa:

    bandb: c.

    vi. Findthevalueoftheotherquantities,giventheratioofthreequantitiesandthevalueof

    oneofthequantities.

    Enquiry-discovery

    Contextuallearning.

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    LEARNING

    AREA/WEEKS/DATE

    LEARNING OBJECTIVES LEARNING OUTCOMES

    Students will be able to:

    STRATEGIES

    vii. Findthevalueofeachofthethreequantities

    given:

    a)theratioandthesumofthreequantities.

    b)theratioandthedifferencebetweentwoof

    thethreequantities.

    viii. Findthesumofthreequantitiesgiventhe

    ratioandthedifferencebetweentwoofthe

    threequantities.

    ix. Poseandsolveproblemsinvolvingratioofthethreequantities.

    6. PYTHAGORAS

    THEOREM

    2 WEEKS

    (4.4.2011 15.4.2011)

    6.1 Understandtherelationshipbetweenthesidesof aright-angledtriangle.

    i. Identifythehypotenuseofright-angled

    triangles.

    ii. Determinetherelationshipbetweenthe

    lengthsofthesidesofaright-angledtriangle.

    iii. Findthelengthofthemissingsideofaright-

    angledtriangleusingthePythagoras

    Theorem.

    iv. Findthelengthofsidesofgeometric shapes

    usingPythagoras Theorem.

    v. SolveproblemsusingthePythagoras

    Theorem.

    Explanation

    Discoverylearning

    6.2 Understandandusethe converseofthePythagoras Theorem.

    i. Determinewhetheratriangleisaright-angledtriangle.

    ii. Solveproblemsinvolvingthe converse

    Pythagoras Theorem.

    Cooperative learning

    Enquiry-discovery

    7. GEOMETRICAL

    CONSTRUCTION

    2 WEEKS

    (18.4.2011 29.4.2011)

    7.1 Perform constructionsusingstraight

    edge (rulerandsetsquare)and

    compass

    i. Constructalinesegmentofgivenlength

    ii. Constructatrianglegiventhelengthodthe

    sides

    iii. Construct:a)perpendicularbisectorofagivenline

    segment

    b)perpendiculartoalinepassingthrougha

    pointonthelinec)perpendiculartoalinepassingthrougha

    pointnotontheline

    iv. Construct:

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    LEARNING

    AREA/WEEKS/DATE

    LEARNING OBJECTIVES LEARNING OUTCOMES

    Students will be able to:

    STRATEGIES

    a)angleof60 and 120

    b)bisectorofananglev. Constructtrianglesgiven:

    a)onesideandtwoangles

    b)twosidesandoneangle

    vi. Constrict:

    a)parallellines

    b)parallelogramgivenitssidesandanangle

    8. COORDINATES

    2 WEEKS

    (2.5.2011 13.5.2011)

    8.1 Understandandusethe conceptofcoordinates

    i. Identifythe x-axis,y-axisandtheorigin on

    a Cartesianplane.

    ii. Plotpointsandstatethe coordinatesofthe

    pointsgivendistancesfromthey-axisand x-

    axis

    iii. Plotpointsandstatethedistancesofthe

    pointsfromthey-axisand x-axisgiven

    coordinatesofthepoints.

    iv. Statethe coordinatesofpointson Cartesian

    plane.

    Introducethe conceptofcoordinates

    usingeverydayexamples

    e.g

    Statethelocationof:

    a)aseatinthe classroom

    b)apointonsquaregrids

    Introduce Cartesian coordinatesasa

    systematic wayofmarkingthe

    locationofapoint.

    8.2 Understandandusethe conceptofscalesforthe coordinatesaxes.

    i. Markthevaluesonbothaxesbyextendingthesequenceofgivenvaluesontheaxes.

    ii. Statethescalesusedingiven coordinateaxeswhere:

    a)scalesforaxesarethesame

    b)scalesforaxesaredifferent

    iii. Markthevaluesonbothaxes,withreference

    tothescalesgiven.

    iv. Statethe coordinatesofagivenpointwithreferencetothescalesgiven.

    v. Plotpoints,giventhe coordinates,with

    referencetothescalesgiven.vi. Poseandsolveproblemsinvolving

    coordinates.

    Usedynamic geometrysoftwaretoexploreandinvestigatethe concept

    scales.

    Exploretheeffectsofshapesof

    objectsbyusingdifferentscales

    Explorepositionsofplaceson

    topographymaps

    Poseandsolveproblemsinvolving

    coordinatesofverticesofshapessuchas:

    Nametheshapeformedby A(1,5)

    B(2,5), C(4,3)and D (3,3)Threeofthefourverticesofa

    squareare (-1,1), (2,5)and (6,2).

    Statethe coordinatesofthefourth

    vertex.

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    LEARNING

    AREA/WEEKS/DATE

    LEARNING OBJECTIVES LEARNING OUTCOMES

    Students will be able to:

    STRATEGIES

    PEPERIKSAAN PERTENGAHAN TAHUN (19.5.2011 - 25.5.2011)

    CUTI PERTENGAHAN TAHUN (28.5.2011 12.6.2011)

    2 WEEKS

    (13.6.2011 24.6.2011)

    8.3 Understandandusethe conceptof

    distancebetweentwopointsona

    Cartesianplane.

    i. Findthedistancebetweentwopointswith:

    a) commony-coordinates

    b)common x-coordinates

    ii. Findthedistancebetweentwopointsusing

    Pythagorastheorem

    iii. Poseandsolveproblemsinvolvingdistance

    betweentwopoints.

    Discussdifferentmethodsoffinding

    distancebetweentwopointssuchas:

    a) inspectionb) movingonepointtotheotherc) computingthedifferencebetweenthe x-coordinatesor

    y-coordinates

    Studentsdrawtheappropriateright-

    angledtriangleusingthedistancebetweenthetwopointsasthe

    hypotenuse.

    8.4 Understandandusethe conceptof

    midpoints

    i. Identifythemidpointofastraightlinejoining

    twopoints.

    ii. Findthe coordinatesofthemidpointofa

    straightlinejoiningtwopointswith:

    a) commony-coordinates

    b)common x-coordinates

    iii. Findthe coordinatesofthemidpoint ofthe

    linejoiningtwopoints.

    iv. Poseandsolveproblemsinvolvingmidpoints.

    Introducethe conceptofmidpoints

    throughactivitiessuchasfolding,

    constructing,drawingand counting

    Usedynamic geometrysoftwareto

    exploreandinvestigatethe conceptof

    midpoints.

    9. LOCI IN TWO

    DIMENSIONS

    2 WEEKS

    (27.6.2011 8.7.2011)

    9.1 Understandthe conceptoftwo-

    dimensionalloci.

    i. Describeandsketchthelocusofamoving

    objectii. Determinethelocusofpointsthatareof:

    a) constantdistancefromafixedpoint

    b)equidistantfromtwofixedpoints

    c) constantdistancefromastrightline

    d)equidistantfromtwointersectinglines

    iii. Constructthelocusofasetofallpointsthatsatisfiesthe condition:

    a)thepointisata constantdistancefroma

    fixedpoint

    b)thepointisataequidistantfromtwofixed

    pointsc)thepointisata constantdistancefroma

    strightline

    Contextuallearning

    ICT

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    LEARNING

    AREA/WEEKS/DATE

    LEARNING OBJECTIVES LEARNING OUTCOMES

    Students will be able to:

    STRATEGIES

    d)thepointisatequidistantfromtwo

    intersectinglines

    9.2 Understandthe conceptofthe

    intersectionoftwoloci

    i. Determinetheintersectionsoftwolociby

    drawingthelociandlocatingthepointsthat

    satisfythe conditionsofthetwoloci

    Masterylearning

    ICT

    10. CIRCLES

    3 WEEKS

    (11.7.2011 29.7.2011)

    10.1 Recogniseanddrawpartsofa circle i. Identify circleassetofpointsequidistant

    fromafixedpoint.

    ii. Identifypartsofa circle:

    a) centerb)circumference

    c)radius

    d)diameter

    e) chord

    f)arc

    g)sector

    h)segment

    iii. Draw:

    a)a circlegiventheradiusand centre

    b)a circlegiventhediameter

    c)adiameterpassingthroughaspecific point

    ina circlegiventhe centred)a chordofagivenlengthpassingthrougha

    pointonthe circumference

    e)sectorgiventhesizeoftheangleatthe

    centreandradiusofthe circle.

    iv. Determinethe:

    a) center

    b)radius

    ofagiven circleby construction.

    10.2 Understandandusethe conceptof

    circumferencetosolveproblems.i. Estimatethevalueof4.ii. Derivetheformulaofthe circumferenceofa

    circle.

    iii. Findthe circumferenceofa circle,givenits:

    a)diameterb)radius

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    LEARNING

    AREA/WEEKS/DATE

    LEARNING OBJECTIVES LEARNING OUTCOMES

    Students will be able to:

    STRATEGIES

    iv. Findthe:

    a)diameterb)radius

    giventhe circumferenceofa circle.

    v. Solveproblemsinvolving circumferenceof

    circles.

    10.3 Understandandusethe conceptof

    arc ofa circletosolveproblems.

    i. Derivetheformulaofthelengthofanarc

    ii. Findthelengthofarc giventheangleatthe

    centreandtheradius.iii. Findtheangleatthe centregiventhelengthof

    thearc andtheradiusofa circle.

    iv. Findthelengthofradiusofa circlegiventhe

    lengthofthearc andtheangleatthe centre.

    v. Solveproblemsinvolvingarcsofa circle.

    10.4 Understandandusethe conceptof

    areaofa circletosolveproblems.

    i. Derivetheformulaoftheareaofa circle.

    ii. Findtheareaofa circlegiventhe:

    a)radius

    b)diameter.

    iii. Find

    a)radius

    b)diametergiventheareaofa circle.

    iv. Findtheareaofa circlegiventhe

    circumferenceandviceversa.

    v. Solveproblemsinvolvingareaofcircles.

    10.5 Understandandusethe conceptof

    areaofsectorofa circletosolve

    problems.

    i. Derivetheformulaoftheareaofasector.

    ii. Findtheareaofasectorgiventheradiusangle

    atthe centre.

    iii. Findtheangleatthe centregiventheradius

    andtheareaofa circle.

    iv. Findtheradiusgiventheareaofasectorand

    theangleatthe centre.v. Solveproblemsinvolvingareaofasectors

    andareaofcircles

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    LEARNING

    AREA/WEEKS/DATE

    LEARNING OBJECTIVES LEARNING OUTCOMES

    Students will be able to:

    STRATEGIES

    11. TRANSFORMATIONS

    1 WEEK

    (1.8.2011 6.8.2011)

    11.1Understandthe conceptof

    transformations

    i. Identifyatransformationasaone-to-one

    correspondencebetween pointsinaplane.ii. Identifytheobjectanditsimageinagiven

    transformation.

    Using concretematerials,drawings (in

    artsandnature),geo-boardsanddynamic geometrysoftware.

    11.2Understandandusethe conceptof

    translations.

    i. Identifyatranslation.

    ii. Determinetheimageofanobjectundera

    giventranslation.

    iii. Describeatranslation:

    a)bystatingthedirectionanddistanceof themovement

    b)intheform

    b

    a

    iv. Determinethepropertiesoftranslation.

    v. Determinethe coordinatesof:

    a)theimage,giventhe coordinatesofthe

    object

    b)theobject,giventhe coordinatesofthe

    imageunderatranslations.

    vi. Solveproblemsinvolvingtranslation.

    Usinggridpapers

    Cooperativelearning

    Constructivism

    Masterylearning

    UJIAN 2 TINGKATAN 1,2 & 4 (8.8.2011 12.8.2011)

    2 WEEKS

    (15.8.2011 26.8.2011)

    11.3Understandandusethe conceptof

    reflections

    i. Identifyareflection.

    ii. Determinetheimageofanobjectundera

    reflectiononagivenline.

    iii. Determinethepropertiesofreflections.iv. Determine:

    a)theimageofanobject,giventheaxisof

    reflection

    b)theaxisofreflection,giventheobjectand

    itsimagev. Determinethe coordinatesof:

    a)theimage,giventhe coordinatesofthe

    object

    b)theobject,giventhe coordinatesofthe

    imageunderareflection.

    vi. Describeareflectiongiventheobjectandimage.

    Usingtracingpaperorpaperfolding

    Cooperativelearning

    Constructivism

    Masteryleaning

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    LEARNING

    AREA/WEEKS/DATE

    LEARNING OBJECTIVES LEARNING OUTCOMES

    Students will be able to:

    STRATEGIES

    vii. Solveproblemsinvolvingreflection.

    11.4Understandandusethe conceptof

    rotations.

    i. Identifyarotation.

    ii. Determinetheimageofanobjectundera

    rotationgiventhe centre,theangleand

    directionofrotation.

    iii. Determinethepropertiesofrotations.

    iv. Determine:

    a)theimageofanobject,giventhe centre,

    angleanddirectionofrotationb)the centre,angleanddirectionofrotation,

    giventheobjectandtheimage.v. Determinethe coordinatesof:

    a)theimage,giventhe coordinatesofthe

    object

    b)theobject,giventhe coordinatesofthe

    image

    underarotation.

    vi. Describearotationgiventheobjectand

    image.

    vii. Solveproblemsinvolvingrotations.

    Usingtracingpapers

    Cooperativelearning

    Constructivism

    Masterylearning

    CUTI PERTENGAHAN PENGAAL 2 (27.8.2011 4.9.2011)

    2 WEEKS

    (5.9.2011 9.9.2011)11.5Understandandusethe conceptofisometry

    i. Identifyanisometry.ii. Determinewhetheragiventransformationis

    anisometry.

    iii. Constructpatternsusingisometry.

    UsingtracingpapersEnquiry-discoverylearning

    Constructivism

    11.6Understandandusethe conceptof

    congruence.

    i. Identifyiftwofiguresare congruent.

    ii. Identify congruencybetweentwofiguresasa

    propertyofanisometry.

    iii. Solveproblemsinvolving congruence.

    Enquiry-discoverylearning

    Constructivism

    Masterylearning

    11.7Understandandusethepropertiesof

    quadrilateralsusing conceptof

    transformations.

    i. Determinethepropertiesofquadrilaterals

    usingreflectionsandrotations.

    Enquiry-discoverylearning

    Cooperativelearning

    Constructivism

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    LEARNING

    AREA/WEEKS/DATE

    LEARNING OBJECTIVES LEARNING OUTCOMES

    Students will be able to:

    STRATEGIES

    12. SOLID GEOMETRY II

    2 WEEKS

    (12.9.2011 23.9.2011)

    12.1Understandgeometric propertiesof

    prisms,pyramids, cylinders, conesandspheres.

    i. Statethegeometricpropertiesofprisms,

    pyramids, cylinders, conesandspheres

    12.2Understandthe conceptofnets. i. Drawnetsforprisms,pyramids, cylinders,

    and cones

    ii. Statethetypespfsolidsgiventheirnets

    iii. Constructmodelsofsolidsgiventheirnets

    12.3Understandthe conceptofsurface

    area.

    i. Statethesurfaceareasofprisms,pyramids,

    cylindersand cones

    ii. Findthedurfaceareaofprisms,pyramids,cylindersand cones

    iii. Findthesurfaceareaofspheresusingthe

    standardformula

    iv. Finddimensions:

    a)lengthofsides

    b)height

    c)slantheight

    d)radius

    e)diameter

    ofasolidgivenitssurfaceareaandother

    relevantinformationv. Solveproblemsinvolvingsurfaceareas

    13. STATISTICS

    2 WEEKS

    (25.9.2011 7.10.2011)

    13.1 Understandthe conceptofdata. i. Classifydataaccordingtothosethat canbe

    collectedby:

    a) counting

    b)measuring

    ii. Collectandrecorddatasystematically.

    Carryoutactivitiestointroducethe

    conceptofdataasa collectionof

    informationorfacts.

    Discussmethodsofcollectingdata

    suchas counting,observations,

    measuring,usingquestionnairesand

    interviews.

    13.2Understandthe conceptoffrequency. i. Determinethefrequencyofdata.

    ii. Determinethedatawith:

    a)thehighestfrequencyb)thelowestfrequency

    c)frequencyofaspecific value.

    Useactivitiestointroducethe concept

    offrequency.

  • 8/6/2019 Maths f2 _ Rpt

    15/15

    LEARNING

    AREA/WEEKS/DATE

    LEARNING OBJECTIVES LEARNING OUTCOMES

    Students will be able to:

    STRATEGIES

    iii. Organizedataby constructing:

    a)tally chartsb)frequencytables

    iv. Obtaininformationfromfrequencytables.

    13.3 Representandinterpretdatain:

    i. pictograms

    ii. barcharts

    iii. linegraphstosolveproblems.

    i. Constructpictogramstorepresentdata.

    ii. Obtaininformationfrompictograms.

    iii. Solveproblemsinvolvingpictograms.

    iv. Constructbarchartstorepresentdata.v. Obtaininformationfrombarcharts.

    vi. Solveproblemsinvolvingbarcharts.vii. Representdatausinglinegraphs.

    viii. Obtaininformationfromlinegraphs.

    ix. Solveproblemsinvolvinglinegraphs.

    Useeverydaysituationstointroduce

    pictograms,barchartsandlinegraphs.

    CHAPTER REVISION (10.10.2011 14.10.2011)

    PEPERIKSAAN AKHIR TAHUN (17.10.2011 21.10.2011)

    CUTI DEEPAVALI (24.10.2011 - 28.10.2011)

    DISCUSSION OF EXAMINATION PAPER (31.10.2011 4.11.2011)

    DISCUSS TOPIC FORM 3 (9.11.2011 18.11.2011)

    CUTI AKHIR TAHUN (19.11.2011 1.1.2012)