1.1  

PROPERTIES OF ADDITION AND SUBTRACTION OF INTEGERS

  1.2  

MULTIPLICATION OF INTEGERS

  1.3  

PROPERTIES OF MULTIPLICATION OF INTEGERS

  1.4  

DIVISION OF INTEGERS

  2.1  

MULTIPLICATION OF FRACTIONS

  2.2  

Division of Whole Number by a Fraction, Division of a Fraction by a Whole Number

  2.3  

MULTIPLICATION OF DECIMAL NUMBERS

  2.4  

DIVISION OF DECIMAL NUMBERS

  3.1  

REPRESENTATIVE VALUES

  3.2  

ARITHMETIC MEAN

  3.3  

MODE

  3.4  

MEDIAN/span>

  3.5  

USE OF BAR GRAPHS WITH A DIFFERENT PURPOSE/span>

  4.1  

A MIND-READING GAME!

  4.2  

SETTING UP OF AN EQUATION

  4.3  

REVIEW OF WHAT WE KNOW

  4.4  

WHAT EQUATION IS?

  4.5  

MORE EQUATIONS

  4.6  

APPLICATIONS OF SIMPLE EQUATIONS TO PRACTICAL SITUATIONS

  5.1  

RELATED ANGLES

  5.2  

PAIRS OF LINES

  5.3  

CHECKING FOR PARALLEL LINES

  6.1  

MEDIANS OF A TRIANGLE

  6.2  

ALTITUDES OF A TRIANGLE

  6.3  

EXTERIOR ANGLE OF A TRIANGLE AND ITS PROPERTY

  6.4  

ANGLE SUM PROPERTY OF A TRIANGLE

  6.5  

TWO SPECIAL TRIANGLES : EQUILATERAL AND ISOSCELES

  6.6  

SUM OF THE LENGTHS OF TWO SIDES OF A TRIANGLE

  6.7  

RIGHT-ANGLED TRIANGLES AND PYTHAGORAS PROPERTY

  7.1  

PERCENTAGE – ANOTHER WAY OF COMPARING

  7.2  

USE OF PERCENTAGES

  7.3  

PRICES RELATED TO AN ITEM OR BUYING AND SELLING

  7.4  

CHARGE GIVEN ON BORROWED MONEY OR SIMPLE INTEREST

  8.1  

NEED FOR RATIONAL NUMBERS

  8.2  

WHAT ARE RATIONAL NUMBERS?

  8.3  

POSITIVE AND NEGATIVE RATIONAL NUMBERS

  8.4  

RATIONAL NUMBERS ON A NUMBER LINE

  8.5  

RATIONAL NUMBERS IN STANDARD FORM

  8.6  

COMPARISON OF RATIONAL NUMBERS

  8.7  

RATIONAL NUMBERS BETWEEN TWO RATIONAL NUMBERS

  8.8  

  9.1  

AREA OF A PARALLELOGRAM

  9.2  

AREA OF A TRIANGLE

  9.3  

CIRCLES

  10.1  

HOW ARE EXPRESSIONS FORMED?

  10.2  

TERMS OF AN EXPRESSION

  10.3  

LIKE AND UNLIKE TERMS

  10.4  

MONOMIALS, BINOMIALS, TRINOMIALS AND POLYNOMIALS

  10.5  

FINDING THE VALUE OF AN EXPRESSION

  11.1  

EXPONENTS

  11.2  

LAWS OF EXPONENTS

  11.3  

MISCELLANEOUS EXAMPLES USING THE LAWS OF EXPONENTS

  11.4  

DECIMAL NUMBER SYSTEM

  11.5  

EXPRESSING LARGE NUMBERS IN THE STANDARD FORM

  12.1  

LINES OF SYMMETRY FOR REGULAR POLYGONS

  12.2  

ROTATIONAL SYMMETRY

  12.3  

LINE SYMMETRY AND ROTATIONAL SYMMETRY

  13.1  

INTRODUCTION: PLANE FIGURES AND SOLID SHAPES

  13.2  

FACES, EDGES AND VERTICES

  13.3  

NETS FOR BUILDING 3-D SHAPES

  13.4  

DRAWING SOLIDS ON A FLAT SURFACE

  13.5  

VIEWING DIFFERENT SECTIONS OF A SOLID