MARCH HOLIDAY PROGRAMME SIGNUP
2024 MARCH HOLIDAY PROGRAMME
Unlock your child’s potential this March holiday with Matrix Math’s exclusive holiday programme! Register now to strengthen their math foundations and tackle heuristic problems with ease. Our course zeroes in on essential concepts and key problem-solving strategies needed for academic success. Join us to simplify complex math and equip your child with confidence and skills to succeed.
Register now and give your child the gift of confidence in math!
Primary Level Lesson Plans
- PRIMARY 4
- PRIMARY 5
- PRIMARY 6
Primary 4
Fees:
$250 for Matrix Math Students
$260 for non-Matrix Math Students
Number Of Lessons:
3 Lessons x 2 Hours
Math heuristics students should master before the next academic term
LESSON 1
- Comparison of quantity
- Comparison of quantity and units
- Stacking model
- Supposition
LESSON 2
- Interval
- Grouping
- Total concept, regrouping
- Estimation and approximation
LESSON 3
- External transfer
- Internal transfer
- Factors and multiples
- Shortage and surplus
Primary 5
Fees:
$250 for Matrix Math Students
$260 for non-Matrix Math Students
Number Of Lessons:
2 Lessons x 3 Hours
Math heuristics students should master before transitioning to the next academic term
LESSON 1
- Whole numbers – quantity value
- Whole numbers – factors and multiples
- Whole numbers – comparison of quantity and units
- Whole numbers – external and internal transfer
- Whole numbers – supposition
LESSON 2
- Fraction operations
- Fractions as values and units
- Fractions – remainder theory
LESSON 3
- Factors and multiples
- Decimals operations
- Decimals heuristics
- Area and perimeter
- Number patterns and reasoning
Primary 6
Fees:
$270 for Matrix Math Students
$280 for non-Matrix Math Students
Number Of Lessons:
3 Lessons x 2 Hours
or
2 Lessons x 3 Hours
Math heuristics students should master before transitioning to the next academic term
LESSON 1
- Equivalent proportion
- Remainder concept with +/– values
- Average
- Common base
LESSON 2
- Quantity and value
- Quantity transfer
- Proportion transfer
LESSON 3
- Percentage change
- Percentage as a proportion
- Percentage discount and gst
- Area and perimeter
- Geometry
- Grouping
Secondary Level Lesson Plans
- SECONDARY 1
- SECONDARY 2
- SECONDARY 3 E-MATH
- SECONDARY 3 A-MATH
- SECONDARY 4 E-MATH
- SECONDARY 4 A-MATH
Secondary 1
Fees:
$140 for Matrix Math Students
$150 for Non-Matrix Math Students
Number Of Lessons:
1 Lesson X 3 Hours
Skills students should master before transitioning to the next academic term
- Factors and multiples
- Basic algebra and algebraic manipulation
- Simple equations in one variable
Secondary 2
Fees:
$140 for Matrix Math Students
$150 for Non-Matrix Math Students
Number Of Lessons:
1 Lesson X 3 Hours
Skills students should master before transitioning to the next academic term
- Linear inequalities
- Simultaneous linear equations
- Expansion and factorisation of algebraic expressions
- Algebraic fractions and formulae
Secondary 3E
Fees:
$150 for Matrix Math Students
$160 for Non-Matrix Math Students
Number Of Lessons:
1 Lesson X 3 Hours
Skills students should master before transitioning to the next academic term
- Quadratic equations and functions
- Indices
- Inequalities
Secondary 3A
Fees:
$150 for Matrix Math Students
$160 for Non-Matrix Math Students
Number Of Lessons:
1 Lesson X 3 Hours
Skills students should master before transitioning to the next academic term
- Simultaneous equations
- Quadratic inequalities
- Discriminant
- Quadratic curves
- Surds
Secondary 4E
Fees:
$150 for Matrix Math Students
$160 for Non-Matrix Math Students
Number Of Lessons:
1 Lesson X 3 Hours
Skills students should master before transitioning to the next academic term
- Properties of circles
- Radian measure
- Statistics and probability
Secondary 4A
Fees:
$150 for Matrix Math Students
$160 for Non-Matrix Math Students
Number Of Lessons:
1 Lesson X 3 Hours
Skills students should master before transitioning to the next academic term
- Differentiation
- Tangents and normals
- Increasing and decreasing functions
- Rates of change
- Stationary points, maxima and minima