Teachers

	


			

			1 - Limits and continuity (7)		
		

			

			1.1 Numbers (5)		
		

			

			1.1 Numbers (4)		
		

			

			1.1 Numbers (2)		
		

			

			1.1 Numbers (4)		
		

			

			1.1 Sequences (8)		
		

			

			1.10 Surds (5)		
		

			

			1.11 Rounding (2)		
		

			

			1.12 Speed, distance and time (2)		
		

			

			1.2 Exponents and logarithms (6)		
		

			

			1.2 Ratio and Percentages (7)		
		

			

			1.2 Sequences and series (7)		
		

			

			1.2 Sequences and series (8)		
		

			

			1.3 Financial applications (3)		
		

			

			1.3 Financial applications (2)		
		

			

			1.3 Powers and indices (2)		
		

			

			1.3 The binomial theorem (2)		
		

			

			1.4 Exponents and logarithms (6)		
		

			

			1.4 Exponents and logarithms (2)		
		

			

			1.4 Matrices (5)		
		

			

			1.4 Rounding (2)		
		

			

			1.5 Binomial expansion (2)		
		

			

			1.5 Speed, distance and time (3)		
		

			

			1.5 Systems of equations (4)		
		

			

			1.7 Percentages, decimals and fractions (8)		
		

			

			10.1 Probability (2)		
		

			

			11.1 One variable statitics (3)		
		

			

			11.2 Two variables statistics (3)		
		

			

			2 - The Derivative (1)		
		

			

			2.1 Equations (10)		
		

			

			2.1 Equations (14)		
		

			

			2.1 Functions (6)		
		

			

			2.1 Introduction to functions (4)		
		

			

			2.1 Straight line (3)		
		

			

			2.2 Functions (6)		
		

			

			2.2 Inequalities (5)		
		

			

			2.2 Inequalities (2)		
		

			

			2.2 Linear functions (5)		
		

			

			2.2 The quadratic function (10)		
		

			

			2.3 Formulae (3)		
		

			

			2.3 Formulae (4)		
		

			

			2.3 Models (5)		
		

			

			2.3 Reciprocal functions (2)		
		

			

			2.3 The quadratic function (10)		
		

			

			2.4 Expanding brackets (5)		
		

			

			2.4 Exponential and logarithmic functions (4)		
		

			

			2.4 Power and indices (2)		
		

			

			2.4 Types of functions (6)		
		

			

			2.5 Expanding brackets (3)		
		

			

			2.5 Factorisation (5)		
		

			

			2.6 Algebraic fractions (1)		
		

			

			2.6 Factorisation (1)		
		

			

			2.7 Algebraic Fractions (3)		
		

			

			2.7 Sequences (2)		
		

			

			2.8 Proportions (2)		
		

			

			2.8 Sequences (3)		
		

			

			3.1 Geometry (2)		
		

			

			3.1 Geometry (2)		
		

			

			3.1 Introduction to functions (3)		
		

			

			3.1 Introduction to functions (3)		
		

			

			3.1 The circle (2)		
		

			

			3.2 Right-angled triangle trigonometry (3)		
		

			

			3.2 Trigonometry (5)		
		

			

			3.2 Trigonometry (8)		
		

			

			3.2 Types of functions (12)		
		

			

			3.3 Circular functions and trigonometry (11)		
		

			

			3.3 The unit circle (3)		
		

			

			3.3 Using the GDC (1)		
		

			

			3.3 Using the GDC (1)		
		

			

			3.3 Voronoi diagrams (2)		
		

			

			3.4 Identities (1)		
		

			

			3.4 Working with functions (1)		
		

			

			3.4 Working with functions (3)		
		

			

			3.5 Circular functions (3)		
		

			

			3.5 Exponential and logarithmic functions (3)		
		

			

			3.6 Solution of triangles (3)		
		

			

			4.1 Coordinate geometry (4)		
		

			

			4.1 Coordinate geometry (6)		
		

			

			4.1 One variable statistics (7)		
		

			

			4.1 One variable statistics (7)		
		

			

			4.1 Vectors (4)		
		

			

			4.2 Operations with vectors (4)		
		

			

			4.2 Straight line (7)		
		

			

			4.2 Straight line (9)		
		

			

			4.2 Two variables statistics (3)		
		

			

			4.2 Two variables statistics (3)		
		

			

			4.3 Regions (1)		
		

			

			4.3 Vector equation of the line (2)		
		

			

			4.4 Probability distributions (7)		
		

			

			4.4 Probability distributions (8)		
		

			

			4.5 Statistical tests (2)		
		

			

			5.1 Basic concepts (3)		
		

			

			5.1 Limits (2)		
		

			

			5.1 Limits (2)		
		

			

			5.1 One-variable statistics (2)		
		

			

			5.2 Bivariate analysis (4)		
		

			

			5.2 Derivative (5)		
		

			

			5.2 Derivative (10)		
		

			

			5.2 Polygons (4)		
		

			

			5.3 Integration (7)		
		

			

			5.3 Integration (4)		
		

			

			5.3 Probability (2)		
		

			

			5.3 Similarity (4)		
		

			

			5.4 Calculus with trigonometric functions (1)		
		

			

			5.4 Probability distributions (7)		
		

			

			5.4 Pythagoras' theorem (6)		
		

			

			5.5 Calculus, Applications (4)		
		

			

			5.5 Circle (5)		
		

			

			6.1 Limits (1)		
		

			

			6.1 Vectors (4)		
		

			

			6.2 Derivative (8)		
		

			

			6.2 Transformations (8)		
		

			

			6.3 Applications of derivative (7)		
		

			

			6.4 Integration (8)		
		

			

			6.5 Calculus with trigonometric functions (3)		
		

			

			8.1 Basic trigonometry (3)		
		

			

			8.2 Unit Circle (1)		
		

			

			8.3 Further trigonometry (6)		
		

			

			8.4 Trigonometric graphs (2)		
		

			

			Additional Mathematics Topics (105)		
		

			

			AP Calculus (8)		
		

			

			C5.1 Basic concepts (3)		
		

			

			C5.2 Polygons (4)		
		

			

			C5.3 Similarity (2)		
		

			

			C5.4 Pythagoras' Theorem (4)		
		

			

			C5.5 Circle theorems (2)		
		

			

			Calculator Questions (22)		
		

			

			Calculator Questions (26)		
		

			

			Calculator questions (22)		
		

			

			Calculator Questions (16)		
		

			

			Calculator questions (18)		
		

			

			CIE 0606 ADDITIONAL MATHEMATICS (16)		
		

			

			CIE IGCSE 0607 - EXTENDED GUIDES (34)		
		

			

			CIE IGCSE International Maths (0607) - CORE (78)		
		

			

			CIE IGCSE International Maths (0607) - Extended (165)		
		

			

			Edexcel Exam guides (26)		
		

			

			For Students (7)		
		

			

			For Teachers (16)		
		

			

			Free Resources (25)		
		

			

			Games (11)		
		

			

			IB Analysis and approaches - Higher level (31)		
		

			

			IB Analysis and approaches - Standard level (105)		
		

			

			IB Applications and interpretation - Higher level (22)		
		

			

			IB Applications and interpretations - Standard level (77)		
		

			

			IB Mathematics - Analysis and approaches (18)		
		

			

			IB Mathematics – Applications and interpretation (22)		
		

			

			KS-3 National Curriculum (52)		
		

			

			Non-Calc. Questions (12)		
		

			

			Online Tuition (3)		
		

			

			Sets (5)		
		

			

			Starters (2)		
		

			

			Students resources (116)		
		

			

			Teachers resources (643)		
		

			

			Topic 1: Algebra (16)		
		

			

			Topic 1: Number and algebra (6)		
		

			

			Topic 1: Number and Algebra (21)		
		

			

			TOPIC 1: NUMBERS (18)		
		

			

			TOPIC 1: NUMBERS (21)		
		

			

			Topic 1: Numbers and algebra (20)		
		

			

			Topic 1: Numbers and algebra (5)		
		

			

			TOPIC 10: PROBABILITY (2)		
		

			

			TOPIC 11: STATISTICS (6)		
		

			

			TOPIC 2: ALGEBRA (27)		
		

			

			TOPIC 2: ALGEBRA (38)		
		

			

			Topic 2: Functions (14)		
		

			

			Topic 2: Functions (4)		
		

			

			Topic 2: Functions (3)		
		

			

			Topic 2: Functions (25)		
		

			

			Topic 2: Functions and equations (22)		
		

			

			Topic 3: Circular functions and trigonometry (15)		
		

			

			TOPIC 3: FUNCTIONS (5)		
		

			

			TOPIC 3: FUNCTIONS (22)		
		

			

			Topic 3: Geometry and trigonometry (18)		
		

			

			Topic 3: Geometry and trigonometry (4)		
		

			

			Topic 3: Geometry and trigonometry (12)		
		

			

			Topic 3: Geometry and trigonometry (11)		
		

			

			Topic 4 - Statistics and probability (3)		
		

			

			Topic 4 : Statistics and probability (18)		
		

			

			TOPIC 4: COORDINATE GEOMETRY (13)		
		

			

			TOPIC 4: COORDINATE GEOMETRY (14)		
		

			

			Topic 4: Statistics and probability (1)		
		

			

			Topic 4: Statistics and probability (19)		
		

			

			Topic 4: Vectors (10)		
		

			

			Topic 5: Calculus (24)		
		

			

			Topic 5: Calculus (11)		
		

			

			Topic 5: Calculus (7)		
		

			

			Topic 5: Calculus (9)		
		

			

			TOPIC 5: GEOMETRY (22)		
		

			

			TOPIC 5: GEOMETRY (15)		
		

			

			Topic 5: Statistics and probability (15)		
		

			

			Topic 6: Calculus (27)		
		

			

			TOPIC 6: VECTORS AND TRANSFORMATIONS (12)		
		

			

			TOPIC 7: MENSURATION (11)		
		

			

			TOPIC 8: TRIGONOMETRY (12)		
		

			

			TOPIC 9: SETS (5)		
		

			

			Uncategorized (2)		
		

			

			UNIT 1: NUMBERS (16)		
		

			

			UNIT 2: ALGEBRA (15)		
		

			

			UNIT 3: GEOMETRY AND MEASURES (16)		
		

			

			UNIT 4: STATISTICS (5)		
		

	

	



	

	


		
1.01 – Order of operations (BODMAS)

		
	£3.50

	

	



	

	


		
1.03 – Methods of multiplication

		
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1.04 – Multiplying and dividing by 10, 100 and 1000

		
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1.05 Fraction of a quantity

		
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1.07 Efficient use of a calculator

		
	£3.50

	

	



	

	


		
1.08 Methods of division

		
	£4.00

	

	



	

	


		
1.09 Prime factors

		
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1.10 Factors and Highest Common Factor

		
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1.11 Divide in a given ratio

		
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1.11 Numbers in standard form -IBAA – SL

		
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1.11 Numbers in standard form -IBAI -SL

		
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1.11 Pattern and sequences

		
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1.12 Arithmetic sequences

		
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1.12 Calculations with numbers in standard form – IBAI – SL

		
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1.12 Calculations with numbers in standard form – IBAA – SL

		
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1.12 Numbers in Standard form

		
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1.13 Calculations with numbers in standard form

		
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1.13 Geometric sequences

		
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1.14 Sigma notation

		
	£3.50

	

	



	

	


		
1.15 Arithmetic series

		
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1.16 Geometric series

		
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1.17 Convergent series and sums to infinite

		
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1.18 Applications of arithmetic and geometric patterns

		
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1.21 Arithmetic sequences – IBAI – SL

		
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1.21 Arithmetic sequences – IBAA – SL

		
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1.21 Exponents

		
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1.22 Arithmetic series – IBAA – SL

		
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1.22 Arithmetic series – IBAI – SL

		
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1.22 Solving exponential equations

		
	£4.50

	

	



	

	


		
1.23 Properties of logarithms

		
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1.23 Sigma Notation (arithmetic series) – IBAA – SL

		
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1.23 Sigma Notation (arithmetic series) – IBAI – SL

		
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1.24 Laws of logarithms

		
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1.25 Change of base

		
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1.26 Exponential and logarithmic equations

		
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1.31 Geometric sequences – IBAA – SL

		
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1.31 Geometric sequences – IBAI – SL

		
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1.31 Pascal triangle

		
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1.32 Binomial theorem

		
	£4.50

	

	



	

	


		
1.32 Geometric series – IBAA – SL

		
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1.32 Geometric series – IBAI – SL

		
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1.33 Sigma Notation (geometric series) – IBAA – SL

		
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1.33 Sigma Notation (geometric series) – IBAI – SL

		
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1.34 Applications of arithmetic and geometric patterns – IBAA – SL

		
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1.34 Applications of arithmetic and geometric patterns – IBAI – SL

		
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1.4 Calculation of powers and roots

		
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1.41 Compound interest – IBAA – SL

		
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1.41 Compound interest – IBAI – SL

		
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1.41 Introduction to matrices – IBAI – HL

		
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1.42 Algebra of matrices – IBAI – HL

		
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1.42 Annual depreciation and inflation – IBAA – SL

		
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1.42 Annual depreciation and inflation – IBAI – SL

		
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1.43 Multiplication of matrices – IBAI – HL

		
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1.44 Determinants and inverse matrices – IBAI – HL

		
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1.45 Solving systems of equations using matrices – IBAI – HL

		
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1.51 Laws of exponents – IBAA – SL

		
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1.51 Laws of exponents – IBAI – SL

		
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1.52 Introduction to logarithms – IBAI – SL

		
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1.52 Introduction to logarithms – IBAA – SL

		
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1.61 Approximation: decimal places and significant figures -IBAI – SL

		
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1.62 Upper and lower bounds of rounded numbers -IBAI – SL

		
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1.63 Percentage error – IBAI-SL

		
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1.71 Amortizations and annuities – IBAI – SL

		
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1.71 Laws of exponents with rational exponents – IBAA – SL

		
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1.72 Laws of logarithms – IBAA – SL

		
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1.73 Change of base of logarithms – IBAA – SL

		
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1.74 Solving Exponential and logarithmic equations – IBAA – SL

		
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1.80 Percentages

		
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1.81 Profit and loss

		
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1.81 Simultaneous equations with two unknowns, using GDC. Graphically – IBAI – SL

		
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1.81 Sum of infinity convergent geometric sequences – IBAA – SL

		
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1.82 Systems of three linear equations with three unknowns – IBAI – SL

		
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1.84 Compound interest

		
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1.91 Pascal’s triangle – IBAA – SL

		
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1.92 Binomial theorem, positive integer indices – IBAI – SL

		
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2.1.1 Introduction to functions – IBAI – SL

		
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2.1.2 The domain and the range – IBAI – SL

		
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2.1.3 Function notation – IBAI – SL

		
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2.1.4 Inverse function – IBAI – SL

		
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2.103 Real-life situations – exponential and logarithmic equations – IBAA – SL

		
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2.11 Different forms of the equation of a straight line – IBAA – SL

		
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2.11 Introduction to functions

		
	£5.00

	

	



	

	


		
2.111 Transformations of functions – IBAA – SL

		
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2.12 Gradient and y- intercept – IBAA – SL

		
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2.12 The domain and the range of a function

		
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2.12 Using algebraic expressions and substitution

		
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2.13 Algebraic walls

		
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2.13 Function notation

		
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2.13 Parallel and perpendicular lines – IBAA – SL

		
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2.14 Composite functions

		
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2.15 Inverse functions

		
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2.16 Transforming functions

		
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2.2 Functions and mapping

		
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2.2.1 Gradient and y- intercept – IBAI – SL

		
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2.2.2 Equation of a straight line – Gradient-intercept form – IBAI – SL

		
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2.2.3 Equation of a straight line – Point-gradient form – IBAI SL

		
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2.2.4 Equation of a straight line – General form – IBAI SL

		
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2.2.5 Parallel and perpendicular lines – IBAI SL

		
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2.21 Solving quadratic equations by factorisation

		
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2.21a Introduction to functions – IBAA – SL

		
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2.21b The domain and the range – IBAA – SL

		
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2.21c Function notation – IBAA – SL

		
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2.22 Inverse function – IBAA – SL

		
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2.22 Solving quadratic equations by completing the square

		
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2.22 The nth term or a sequence

		
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2.23 Solving quadratic equations using the quadratic formula

		
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2.24 Roots of quadratic equations

		
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2.25 Quadratic graphs y = ax² + bx + c

		
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2.26 Quadratic graphs of the form y = a(x – h)² + k

		
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2.27 Quadratic graph of the form y = a(x – p)(x – q)

		
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2.28 Finding the equation of a quadratic function from a graph

		
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2.29 Applications of quadratic functions

		
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2.3 Solving linear equations by balancing

		
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2.31 Creating equations from word problems

		
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2.31 The reciprocal function

		
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2.32 Rational functions

		
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2.4 Solving quadratic equations by trial and improvement

		
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2.41 Exponential functions

		
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2.42 Transformations of exponential functions

		
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2.43 The logarithmic function

		
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2.44 Applications of exponential and logarithmic functions

		
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2.5.2 Quadratic models – IBAI – SL

		
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2.5.4 Direct and inverse variation – IBAI – SL

		
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2.5.6 Sinusoidal models – IBAI – SL

		
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2.51 Composite functions – IBAA – SL

		
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2.52 Identity function and inverse functions – IBAA – SL

		
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2.6 Graphs of fixed values of x or y

		
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2.61 Linear graphs from tables of values

		
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2.61 The quadratic function f(x) = ax² + bx + c – IBAA – SL

		
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2.62 Quadratic graphs from tables of values

		
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2.62 The quadratic function f(x) = a(x – p)(x – q) – IBAA – SL

		
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2.63 The quadratic function f(x) = a(x – h)² + k – IBAA – SL

		
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2.70 The distributive law

		
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2.71 Composite functions – IBAI – HL

		
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2.71 The product (a + b)(c + d)

		
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2.71a Solving quadratic equations by factorisation – IBAA – SL

		
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2.71b Solving quadratic equations by completing the square – IBAA – SL

		
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2.71c Solving quadratic equations using GDC – IBAA – SL

		
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2.71d Solving quadratic equations: Alternative method – IBAA – SL

		
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2.71e Solving quadratic inequalities – IBAA – SL

		
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2.72 Expanding the difference of two squares

		
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2.72 The quadratic formula – IBAA – SL

		
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2.73 Inverse function – IBAI – HL

		
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2.73 Perfect square expansion

		
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2.73 The discriminant and the nature of the roots – IBAA – SL

		
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2.74 Further expansion

		
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2.80 Factorising common factors

		
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2.81 Factorising the difference of two squares

		
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2.81 The reciprocal function – IBAA – SL

		
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2.81 Transformations of functions – IBAI – HL

		
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2.82 Factorising expressions with four terms

		
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2.82 The rational function – IBAA – SL

		
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2.83 Factorising quadratic expressions

		
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2.84 Factorising quadratic expression splitting the middle term

		
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2.91 Adding and subtracting algebraic fractions

		
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2.91 The exponential function – IBAA – SL

		
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2.92 The logarithmic function – IBAA – SL

		
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3.1.1 The distance between two points and their midpoint – IBAI – SL

		
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3.1.2 Volume and surface area of Pyramid, cone, sphere and hemisphere – IBAI – SL

		
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3.10 Geometrical properties of quadrilaterals

		
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3.11 Measuring and drawing angles

		
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3.11 Radian measure of angles

		
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3.11 The distance between two points and their midpoint – IBAA – SL

		
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3.12 Calculating angles

		
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3.12 Length of arc and area of a sector

		
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3.12 Volume and surface area of Pyramid, cone, sphere and hemisphere – IBAA – SL

		
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3.2.1 Right-angled triangle trigonometry – Trigonometric ratios – IBAI – SL

		
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3.2.2 The sine rule – IBAI – SL

		
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3.2.3 The cosine rule – IBAI – SL

		
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3.2.4 The area of a triangle – IBAI – SL

		
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3.21 Right-angled triangle trigonometry – Trigonometric ratios – IBAA – SL

		
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3.21 Transformations – Rotations

		
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3.21 Trigonometric ratios

		
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3.22 The sine rule – IBAA – SL

		
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3.22 Trigonometric ratios for three special angles

		
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3.23 Applications of right-angled trigonometry

		
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3.23 The cosine rule – IBAA – SL

		
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3.24 The area of a triangle – IBAA – SL

		
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3.3.1 Applications of right-angled trigonometry: True Bearings – IBAI – SL

		
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3.3.2 Applications of right-angled trigonometry: Angles of elevation and depression – IBAI – SL

		
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3.30 Circle definitions

		
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3.31 Circumference

		
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3.31 Using the coordinate axes in trigonometry The unit circle

		
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3.31a Applications of right-angled trigonometry – IBAA – SL

		
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3.32 The area of a circle

		
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3.32 Using the unit circle

		
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3.33 Solving trigonometric equations using the unit circle

		
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3.4.1 Length of an arc – IBAI – SL

		
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3.4.2 Area of a sector – IBAI – SL

		
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3.41 Folding Polygons

		
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3.41 Radian, measure of angles – IBAA – SL

		
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3.41 Trigonometric identities

		
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3.42 Length of an arc – IBAA – SL

		
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3.43 Area of a sector – IBAA – SL

		
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3.51 Rotational symmetry

		
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3.52 Translations and stretches of trigonometric functions

		
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3.53 Combined transformations of trigonometric functions

		
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3.53 Exact values of trigonometric ratios of special angles – IBAA – SL

		
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3.54 Modelling with sine and cosine functions

		
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3.6 Surface area of cubes and cuboids

		
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3.61 Isometric drawing

		
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3.61 The cosine rule

		
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3.61 Trigonometric identities – IBAA – SL

		
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3.62 Plotting points – 4 quadrants

		
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3.62 The sine rule

		
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3.63 The area of a triangle

		
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3.71 The definition of radians – IBAI – HL

		
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3.71a Graphs of the circular functions: Sine and Cosine – IBAA – SL

		
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3.71b Graphs of the circular functions: Tangent – IBAA – SL

		
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3.72 Area of a sector using radians– IBAI – HL

		
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3.72 Composite function of the form f(x) = a sin(b(x+c)) +d – IBAA – SL

		
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3.73 Length of an arc using radians – IBAI – HL

		
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3.73 Transformations of circular functions – IBAA – SL

		
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3.74 Real-life contexts – IBAA – SL

		
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3.81 Introduction to trigonometric ratios

		
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3.81 Solving trigonometric equations – IBAA – SL

		
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4.1 Plotting points on the four quadrants

		
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4.11 Statistics – Basic concepts – IBAI – SL

		
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4.11 Statistics, basic concepts – IBAA – SL

		
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4.11 Vectors, basic concepts

		
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4.114 The X² (Chi square) test for independence – IBAI – SL

		
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4.116 The t-test – IBAI – SL

		
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4.12 Position vectors

		
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4.13 Distance between two points

		
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4.14 Unit vectors

		
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4.171 Poisson distribution, its mean and variance – IBAI – HL

		
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4.2 Distance between two points

		
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4.21 Addition and subtraction of vectors

		
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4.21 Frequency distribution tables – IBAA – SL

		
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4.21 Presentation of data: frequency distribution tables – IBAI – SL

		
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4.22 Frequency Histograms – IBAA – SL

		
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4.22 Frequency Histograms – IBAI – SL

		
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4.22 The scalar product of two vectors

		
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4.23 Angles between two vectors

		
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4.23 Cumulative frequency – IBAA – SL

		
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4.23 Cumulative frequency – IBAI – SL

		
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4.24 Box and whisker diagrams – IBAA – SL

		
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4.24 Box and whisker diagrams – IBAI – SL

		
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4.24 Geometrical proofs

		
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4.31 Creating pie charts

		
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4.31 Measures of Central tendency: mean, median and mode – IBAA – SL

		
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4.31 Measures of Central tendency: mean, median and mode – IBAI – SL

		
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4.31 Vector equation of the line

		
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4.32 Intersection point of two vectors

		
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4.33 Measures of dispersion: Variance and standard deviation – IBAA – SL

		
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4.34 Measures of dispersion: Variance and standard deviation – IBAI – SL

		
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4.4 Gradient of a straight line

		
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4.41 Creating scatter graphs

		
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4.42 Pearson’s product moment correlation coefficient – IBAA – SL

		
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4.42 Pearson’s product moment correlation coefficient – IBAI – SL

		
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4.43 Scatter diagrams, line of best fit by eye – IBAA – SL

		
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4.43 Scatter diagrams, line of best fit by eye – IBAI – SL

		
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4.44 Equation of the regression line of y on x – IBAA – SL

		
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4.44 Equation of the regression line of y on x – IBAI – SL

		
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4.5 The gradient of parallel and perpendicular lines

		
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4.51 Using coordinate geometry

		
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4.51 Using sample space diagrams to calculate probabilities

		
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