year 8 maths

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Onlineresources• Auto-marked chapter pre-test• Video demonstrations of all workedexamples• Interactive widgets• Interactive walkthroughs• Downloadable HOTsheets• Access to all HOTmaths AustralianCurriculum courses• Access to the HOTmaths gameslibraryLinear7relationships 1What you will learn7A The Cartesian plane7B Using rules, tables and graphs to explore linear relationships7C Finding the rule using a table of values7D Gradient EXTENSION7E Gradient–intercept form EXTENSION7F The x -intercept EXTENSION7G Solving linear equations using graphical techniques7H Applying linear graphs EXTENSION7I Non-linear graphsCambridge Maths NSWStage 4 Year 8 Second editionISBN 978-1-108-46627-1 © Palmer et al. 2018Cambridge University PressPhotocopying is restricted under law and this material must not be transferred to another party.
NSW syllabusSTRAND: NUMBER AND ALGEBRASUBSTRAND: LINEAR RELATIONSHIPSOutcomeA student creates and displaysnumber patterns; graphs and analyseslinear relationships; and performstransformations on the Cartesian plane.(MA4–11NA)© NESA, 2012Mining optimisationThe Australian mining companies of today spend millions of dollars planning and managingtheir mining operations. The viability of a mine depends on many factors, including availability,product price and quality, as well as environmental considerations.Through a process called linear programming, many of these factors are represented usinglinear equations and straight-line graphs. From these equations and graphs an optimalsolution can be found, which tells the company the most efficient and cost-effective way tomanage all of the given factors. Such use of simple linear graphs can save companies manymillions of dollars.Cambridge Maths NSWStage 4 Year 8 Second editionISBN 978-1-108-46627-1 © Palmer et al. 2018Cambridge University PressPhotocopying is restricted under law and this material must not be transferred to another party.
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8YEARCambridgeMATHSNSWSTAGE 4SECOND
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iiiTable of ContentsAbout the autho
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vPuzzles and challenges 264Review:
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vii9Data collection, representation
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ixIntroduction and guide to this bo
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xiGuide to this bookFeatures:NSW Sy
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xiiiOverview of the digital resourc
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xvDownloadable PDF TextbookThe conv
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xviiAcknowledgementsThe author and
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NSW syllabusSTRAND: NUMBER AND ALGE
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1AThe language of algebra51A The la
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1AThe language of algebra7Exercise
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1AThe language of algebra911 A plum
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1BSubstitution and equivalence11Exa
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1BSubstitution and equivalence13PRO
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1C Adding and subtracting terms 15E
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1C Adding and subtracting terms 171
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1DMultiplying and dividing terms19b
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1DMultiplying and dividing terms211
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1EAdding and subtracting algebraic
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1EAdding and subtracting algebraic
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1FMultiplying and dividing algebrai
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1FMultiplying and dividing algebrai
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1GExpanding brackets311G Expanding
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1GExpanding brackets333 Consider th
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1GExpanding brackets3516 Prove that
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1HFactorising expressions37Example
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1HFactorising expressions3913 Consi
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1IApplying algebra41Exercise 1IUNDE
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1IApplying algebra4313 Roberto draw
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1JIndex laws for multiplication and
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1JIndex laws for multiplication and
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1KThe zero index and power of a pow
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1KThe zero index and power of a pow
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Investigation536 Draw a number pyra
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Chapter summary55Pronumeral: a lett
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Chapter review57Multiple-choice que
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Chapter review59Extended-response q
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2AReviewing equations632A Reviewing
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2AReviewing equations65Example 3Wri
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2AReviewing equations6715 a Explain
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2BEquivalent equations69Example 4 F
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2BEquivalent equations71Example 5bE
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2CEquations with fractions732C Equa
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2CEquations with fractions75Example
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2CEquations with fractions7710 To s
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2DEquations with pronumerals on bot
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2DEquations with pronumerals on bot
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2EEquations with brackets832E Equat
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2EEquations with brackets853 Rolf i
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2FSolving simple quadratic equation
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2FSolving simple quadratic equation
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2GFormulas and relationships91Examp
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2GFormulas and relationships9312 Th
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2HApplications952H ApplicationsEXTE
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2HApplications97Exercise 2HEXTENSIO
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2HApplications9914 The average of t
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2IInequalities101Example 15Represen
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2IInequalities10310 At a certain sc
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2JSolving inequalities105Example 17
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2JSolving inequalities107PROBLEM-SO
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Investigation109Tiling a pool edgeT
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Puzzles and challenges1111 Find the
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Chapter review113Multiple-choice qu
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Chapter review11510 a The sum of th
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NSW syllabusSTRAND: MEASUREMENT AND
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3ALength and perimeter1193A Length
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3ALength and perimeter121Exercise 3
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3ALength and perimeter12311 Gillian
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3BCircumference of circles1253B Cir
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3BCircumference of circles127Exerci
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3BCircumference of circles12917 We
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3CArea131• Triangle A = 1 2 × b
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3CArea133c i How many m 2 in 1 km 2
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3CArea13513 Write down expressions
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3DArea of special quadrilaterals137
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3DArea of special quadrilaterals139
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3EArea of circles141■ The ratio o
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1 d3EArea of circles143Example 115
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3FArea of sectors and composite fig
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3GSurface area of prisms151Example
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3GSurface area of prisms1538 Find t
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3HVolume and capacity155■ Some co
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3HVolume and capacity157PROBLEM-SOL
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3IVolume of prisms and cylinders159
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3JTime165■ The Earth is divided i
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3JTime1671 2 3 4 5 6 7 8 9 10 11 12
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3JTime1692 Find the number of:a sec
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3JTime17117 A doctor earns $180 000
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3KIntroducing Pythagoras’ theorem
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3KIntroducing Pythagoras’ theorem
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3LUsing Pythagoras’ theorem1773L
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3LUsing Pythagoras’ theorem179Exe
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3MCalculating the length of a short
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Investigation187Pythagorean triads
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Chapter summary189PerimeterTriangle
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Chapter review191Short-answer quest
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Chapter review193Extended-response
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4AEquivalent fractions1974A Equival
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4AEquivalent fractions199Example 1G
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4AEquivalent fractions201Example 29
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4BComputation with fractions2034B C
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4BComputation with fractions205■
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4BComputation with fractions207Exam
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4BComputation with fractions209Exam
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4CDecimal place value and fraction/
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4DComputation with decimals2174D Co
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4DComputation with decimals219Examp
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4DComputation with decimals221Examp
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4ETerminating decimals, recurring d
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4FConverting fractions, decimals an
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4GFinding a percentage and expressi
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4HDecreasing and increasing by a pe
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4IThe Goods and Services Tax (GST)2
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4IThe Goods and Services Tax (GST)2
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4JCalculating percentage change, pr
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4KSolving percentage problems with
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4KSolving percentage problems with
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Investigation263Calculating phiPhi
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Chapter summary2652=3Numerator2 par
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Chapter summary267Fraction to perce
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Chapter review2693 Evaluate each of
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Chapter review271Extended-response
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5AIntroducing ratios2755A Introduci
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5AIntroducing ratios277Exercise 5AU
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5AIntroducing ratios279ENRICHMENT-
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5BSimplifying ratios281■ The quan
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5BSimplifying ratios283Example 4bEx
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5CDividing a quantity in a given ra
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5DScale drawings2915D Scale drawing
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5DScale drawings293Example 9Convert
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5DScale drawings295Example 10Exampl
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5DScale drawings29717 A cartographe
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5EIntroducing rates299Example 12Wri
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5EIntroducing rates30111 The Tungam
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5FRatios and rates and the unitary
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5FRatios and rates and the unitary
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5GSolving rate problems3075G Solvin
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5GSolving rate problems309Exercise
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5GSolving rate problems311ENRICHMEN
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5HSpeed313Example 20Finding average
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5HSpeed315Exercise 5HUNDERSTANDING
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5HSpeed317ENRICHMENT- -20Speed rese
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5IDistance-time graphs319■ To dra
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5IDistance-time graphs321Exercise 5
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5IDistance-time graphs323Example 25
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5IDistance-time graphs32511 This di
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5IDistance-time graphs327ENRICHMENT
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Puzzles and challenges3291 This dia
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Chapter summary331Average rates720
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Chapter review33311 A toddler walke
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Chapter review33516 This distance-t
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Semester review 1 3378 For the rect
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Semester review 1 339Chapter 3: Mea
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Semester review 1 3418 Find the val
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Semester review 1 3439 a Increase $
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Semester review 1 3452 The training
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Page 365 and 366: 6AThe language, notation and conven
Page 373 and 374: 6BTransversal lines and parallel li
Page 381 and 382: 6CTriangles365■ Triangles classif
Page 383 and 384: 6CTriangles367Example 3a4 Use the a
Page 385 and 386: 6CTriangles36911 A triangle is cons
Page 387 and 388: 6DQuadrilaterals3716D Quadrilateral
Page 389 and 390: 6DQuadrilaterals373Example 5Using t
Page 391 and 392: 6DQuadrilaterals375Example 5b4 Use
Page 393 and 394: 6EPolygons3776E PolygonsEXTENSIONTh
Page 395 and 396: 6EPolygons379Example 7Finding angle
Page 397 and 398: 6EPolygons381ef16°40°85°x°x°10
Page 399 and 400: 6FLine symmetry and rotational symm
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Page 403 and 404: 6GEuler’s formula for three-dimen
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Page 407 and 408: Investigation391ConstructionsGeomet
Page 409 and 410: Puzzles and challenges3931 This sha
Page 411 and 412: Chapter review395Multiple-choice qu
Page 413: Chapter review3975 These triangles
Page 417 and 418: 7AThe Cartesian plane4017A The Cart
Page 419 and 420: 7AThe Cartesian plane4033 Write the
Page 421 and 422: 7BUsing rules, tables and graphs to
Page 423 and 424: 7BUsing rules, tables and graphs to
Page 425 and 426: 7CFinding the rule using a table of
Page 431 and 432: 7DGradient4157D GradientEXTENSIONTh
Page 433 and 434: 7DGradient417Exercise 7DEXTENSIONUN
Page 435 and 436: 7DGradient419PROBLEM-SOLVING AND RE
Page 437 and 438: 7EGradient-intercept form4217E Grad
Page 439 and 440: 7EGradient-intercept form423Example
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Page 443 and 444: 7EGradient-intercept form42713 Writ
Page 445 and 446: 7FThe x-intercept429Example 11Findi
Page 447 and 448: 7FThe x-intercept431PROBLEM-SOLVING
Page 449 and 450: 7GSolving linear equations using gr
Page 457 and 458: 7HApplying linear graphs4417H Apply
Page 459 and 460: 7HApplying linear graphs443Example
Page 461 and 462: 7HApplying linear graphs445PROBLEM-
Page 463 and 464: 7INon-linear graphs447Example 17Plo
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7INon-linear graphs449c y = 5 − x
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7INon-linear graphs4516 What are th
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Investigation453Exploring families
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Chapter summary455yy = 2x − 1−4
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Chapter review4599 a Use the approp
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NSW syllabusSTRANDS: NUMBER AND ALG
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8AReflection4638A Re flectionWhen a
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8AReflection465Example 2Using coord
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8AReflection467Example 25 State the
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8AReflection469ENRICHMENT- -15Refle
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8BTranslation471Example 3Finding th
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8BTranslation473Example 46 Copy the
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8CRotation4758C Ro t a t ionWhen th
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8CRotation477Exercise 8CUNDERSTANDI
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8CRotation4797 The triangle shown h
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8DCongruent figures4818D Congruent
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8DCongruent figures4833 In this dia
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8DCongruent figures48510 An isoscel
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8ECongruent triangles487■ There a
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8ECongruent triangles489Example 83
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8ECongruent triangles4918 Two adjoi
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8FSimilar figures4938F Similar figu
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8FSimilar figures495Example 10Decid
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8FSimilar figures4973 Decide if the
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8FSimilar figures49911 a If a regul
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8GSimilar triangles501• The hypot
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8GSimilar triangles503Example 113 D
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8GSimilar triangles5058 Trees on a
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8HUsing congruent triangles to esta
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Investigation513Exploring SSAWith t
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Chapter summary515TranslationVector
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Chapter review51710 ABCD is a paral
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Chapter review51911 This quadrilate
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NSW syllabusSTRAND: STATISTICS ANDS
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9ATypes of data5239A Types of dataP
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9ATypes of data525Example 12 Classi
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9ATypes of data52710 A Likert-type
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9BDot plots and column graphs5299B
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9BDot plots and column graphs531Exa
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9BDot plots and column graphs533Exa
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9BDot plots and column graphs5357 E
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9BDot plots and column graphs53712
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9CLine graphs5399C Line graphsA lin
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9CLine graphs541Exercise 9CUNDERSTA
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9CLine graphs5439 The temperature i
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9DSector graphs and divided bar gra
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9EFrequency distribution tables5519
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9FFrequency histograms and frequenc
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9GMean, median, mode and range565fo
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9GMean, median, mode and range5677
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]]9HInterquartile range5699H Interq
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9HInterquartile range5715 Calculate
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9IStem-and-leaf plots5739I Stem-and
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9IStem-and-leaf plots575Exercise 9I
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9IStem-and-leaf plots57711 A group
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9JSurveying and sampling5799J Surve
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9JSurveying and sampling581Example
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9JSurveying and sampling58312 Whene
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Puzzles and challenges5851 Six numb
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Chapter review587Multiple-choice qu
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Chapter review59110 120 people were
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Semester review 2 5932 Find the val
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Semester review 2 5952 a Complete t
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Semester review 2 5973 Triangle ABC
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Semester review 2 5997 A set of six
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60118 a Multiplication is commutati
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60315 a 1836 b 1836c i 154 ii 352 i
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6052 a xy − x2b 33 m 2 c 2x + 2y
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6075 a u = 6 b j = 3 c p = 6 d m =
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g609Exercise 2J1 a true b true c fa
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61112 a A = 4 triangle areasExercis
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613Exercise 3K1 a 9 b 25 c 144 d 2.
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6159 a 1 3e 1 45i310 a 1 4e 5 4b 1
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61712 A13 aFraction Decimal %142434
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61916Raw material $110 (includes th
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6219 a 2 : 5 b 14 : 1 c 3 : 25 d 1
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623Exercise 5H6 a segments B and D
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625Puzzles and challenges1 a 2 b 3
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6278 a 5.6 b 11.76 c 85.5 m d $1.98
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62911 a Isosceles, the two radii ar
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631Short-answer questions1 a 50 b 6
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633iiyey321−3 −2 −1O−11 2 3
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63510 a y = 2x + 3 b y = − 1 2 x
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6374 a x = 2 b x = 0.5 c x = 3d x =
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63910 a d = 15t b 3 hoursc 3 hours
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641b8642−3 −2 −1O−2−4−6
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643ef13 They are on the mirror line
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6454 a i E ii Hb i EHc i ∠Gii GHi
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64710 a ∠A = ∠D (corresponding
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6494 a discrete numericalb continuo
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651Exercise 9C1 a 3 kg b 4 kg c 5 k
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653Exercise 9E1 a true b false c tr
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65511 aSurvey locationHeightgraph (
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6574 a Yes, it is required informat
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659Linear relationships 1Multiple-c
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661acute angles 350, 365adding frac
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663surface area 150survey 579tally
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