Mathematics
ANGLES AND PLANE FIGURES
Content
a.) Types of angles
b.) Angles on a straight line
c.) Angles at a point
d.) Angles on a transversal (corresponding, alternate and allied angles)
e.) Angle properties of polygons
f.) Application to real life situations
MASS, WEIGHT AND DENSITY
Content
(a.) Mass and units of mass
(b.) Weight and units of weight
(c.) Density
(d.) Problem solving involving real life experiences on mass, volume, density and weight.
VOLUME AND CAPACITY
Content
(a.) Units of volume
(b.) Conversion of units of volume
(c.) Volume of cubes, cuboids and cylinders
(d.) Units of capacity
(e.) Conversion of units of capacity
(f.) Relationship between volume and capacity
(g.) Solving problems involving volume and capacity
AREA
Content
(a.) Units of area (cm2 , m2 , km2 , Ares, ha)
(b.) Conversion of units of area
(c.) Area of regular plane figures
(d.) Area of irregular plane shapes
(e.) Surface area of cubes, cuboids and cylinders
LENGTH
Content
(a.) Units of length (mm, cm, m, km)
(b.) Conversion of units of length from one form to another
(c.) Significant figures
(d.) Perimeter
(e.) Circumference (include length of arcs).
RATES, RATIO, PROPORTION AND PERCENTAGE
Content
(a.) Rates
(b.) Solving problems involving rates
(c.) Ratio
(d.) Comparing quantities using ratio
(e.) Increase and decrease in a given ratio
ALGEBRAIC EXPRESSION
Content
(a.) Letters for numbers
(b.) Algebraic fractions
(c.) Simplification of algebraic expressions
(d.) Factorization by grouping
(e.) Removal of brackets
(f.) Substitution and evaluation
(g.) Problem solving in real life situations.
FRACTIONS
Content
(a.) Fractions
(b.) Proper, improper fractions and mixed numbers.
(c.) Conversion of improper fractions to mixed numbers and vice versa.
(d.) Comparing fractions.
(e.) Operations on fractions.
(f.) Order of operations on fractions
(g.) Word problems involving fractions in real life situations.
LOWEST COMMON MULTIPLE(L.C.M)
Specific Objectives
By the end of the topic the learner should be able to:
a.) List multiples of numbers.
b.) Find the L CM of a set of numbers.
c.) Apply knowledge of L CM in real life situations
INTERGERS
Integers Content
(a.) Integers
(b.) The number line
(c.) Operation on integers
(d.) Order of operations
(e.) Application to real life situations
DIVISIBILITY TEST
DIVISIBILITY TEST
Specific Objectives
By the end of the topic the learner should be able to:
The learner should be able to test the divisibility of numbers by 2, 3, 4, 5, 6, 8, 9, 10 and 11.
Content
Divisibility test of numbers by 2, 3, 4, 5, 6, 8, 9, 10 and 11
HIGHEST COMMON FACTOR
Introduction
A Highest Common Factor or Greatest Common Divisor is the largest number that is a factor of two or more numbers.
When looking for the Highest Common Factor/Greatest Common Factor, you are only looking for the COMMON factors contained in both numbers.
FACTORS
Content
a.) Factors of composite numbers.
b.) Prime factors.
c.) Factors in power form
Introduction
Definition
A factor is a number that divides another number without a remainder.
NATURAL NUMBERS
Content
a.) Place values of numbers
b.) Rounding off numbers to the nearest tens, hundreds, thousands, millions and billions
c.) Odd numbers
d.) Even numbers
e.) Prime numbers
f.) Word problems involving natural numbers
MATHEMATICS SS 3 SCHEME OF WORK
MATHEMATICS SS 3- FIRST TERM Surds Matrices and determinants Logarithm Arithmetic of finance Longitude and latitude MATHEMATICS (MATHS) SSS 3- SECOND TERM Application of Linear and quadratic equations to… Read More »MATHEMATICS SS 3 SCHEME OF WORK
MATHEMATICS SS 2 SCHEME OF WORK
MATHEMATICS SS 2- FIRST TERM 1. Logarithm 2. Approximations 3. Sequence and Series 4. Quadratic equation 5. Simultaneous linear and Quadratic Equations 6. Gradient of a Curve MATHEMATICS SS 2-… Read More »MATHEMATICS SS 2 SCHEME OF WORK
