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1 - Limits and continuity (7)

1.1 Numbers (5)

1.1 Numbers (4)

1.1 Numbers (6)

1.1 Numbers (2)

1.10 Surds (6)

1.11 Rounding (2)

1.12 Speed, distance and time (2)

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 (4)

1.3 Powers and indices (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 (9)

10.1 Probability (7)

11.1 One variable statitics (3)

11.2 Two variables statistics (3)

2 - The Derivative (1)

2.1 Equations (10)

2.1 Equations (15)

2.1 Introduction to functions (5)

2.1 Straight line (3)

2.2 Functions (6)

2.2 Inequalities (6)

2.2 Inequalities (2)

2.2 Linear functions (5)

2.3 Formulae (3)

2.3 Formulae (4)

2.3 Models (6)

2.4 Expanding brackets (5)

2.4 Power and indices (2)

2.4 Types of functions (6)

2.5 Expanding brackets (3)

2.5 Factorisation (7)

2.6 Algebraic fractions (4)

2.6 Factorisation (1)

2.7 Algebraic Fractions (3)

2.7 Sequences (4)

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)

3.2 Trigonometry (5)

3.2 Trigonometry (8)

3.2 Types of functions (12)

3.3 Circular functions and trigonometry (11)

3.3 Using the GDC (1)

3.3 Using the GDC (1)

3.3 Voronoi diagrams (2)

3.4 Working with functions (1)

3.4 Working with functions (3)

3.5 Exponential and logarithmic functions (3)

4.1 Coordinate geometry (6)

4.1 Coordinate geometry (4)

4.1 One variable statistics (9)

4.1 One variable statistics (8)

4.2 Straight line (9)

4.2 Straight line (7)

4.2 Two variables statistics (4)

4.2 Two variables statistics (3)

4.3 Probability (1)

4.3 Regions (1)

4.4 Probability distributions (7)

4.4 Probability distributions (8)

4.5 Statistical tests (4)

5.1 Basic concepts (3)

5.1 Limits (2)

5.1 Limits (2)

5.2 Derivative (5)

5.2 Derivative (11)

5.2 Polygons (4)

5.3 Integration (9)

5.3 Integration (4)

5.3 Similarity (4)

5.4 Calculus with trigonometric functions (1)

5.4 Pythagoras' theorem (6)

5.5 Calculus, Applications (4)

5.5 Circle (5)

6.1 Vectors (4)

6.2 Transformations (8)

8.1 Basic trigonometry (3)

8.2 Unit Circle (1)

8.3 Further trigonometry (6)

8.4 Trigonometric graphs (2)

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 (18)

Calculator Questions (22)

Calculator Questions (26)

Calculator questions (22)

Calculator Questions (16)

CIE IGCSE 0607 - EXTENDED GUIDES (34)

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

CIE IGCSE International Maths (0607) - Extended (182)

Edexcel Exam guides (26)

For Students (7)

For Teachers (15)

Free Resources (24)

Games (11)

IB Analysis and approaches - Higher level (32)

IB Analysis and approaches - Standard level (111)

IB Applications and interpretation - Higher level (22)

IB Applications and interpretations - Standard level (85)

IB Mathematics - Analysis and approaches (18)

IB Mathematics – Applications and interpretation (22)

KS-3 National Curriculum (53)

Non-Calc. Questions (12)

Online Tuition (3)

Sets (5)

Starters (2)

Students resources (116)

Teachers resources (571)

Topic 1: Number and algebra (6)

Topic 1: Number and Algebra (22)

TOPIC 1: NUMBERS (18)

TOPIC 1: NUMBERS (24)

Topic 1: Numbers and algebra (5)

Topic 1: Numbers and algebra (21)

TOPIC 10: PROBABILITY (7)

TOPIC 11: STATISTICS (6)

TOPIC 2: ALGEBRA (27)

TOPIC 2: ALGEBRA (47)

Topic 2: Functions (4)

Topic 2: Functions (3)

Topic 2: Functions (25)

Topic 2: Functions (16)

TOPIC 3: FUNCTIONS (5)

TOPIC 3: FUNCTIONS (22)

Topic 3: Geometry and trigonometry (11)

Topic 3: Geometry and trigonometry (18)

Topic 3: Geometry and trigonometry (4)

Topic 3: Geometry and trigonometry (12)

Topic 4 - Statistics and probability (3)

Topic 4 : Statistics and probability (20)

TOPIC 4: COORDINATE GEOMETRY (13)

TOPIC 4: COORDINATE GEOMETRY (14)

Topic 4: Statistics and probability (1)

Topic 4: Statistics and probability (24)

Topic 5: Calculus (27)

Topic 5: Calculus (11)

Topic 5: Calculus (8)

Topic 5: Calculus (9)

TOPIC 5: GEOMETRY (15)

TOPIC 5: GEOMETRY (22)

TOPIC 6: VECTORS AND TRANSFORMATIONS (12)

TOPIC 7: MENSURATION (11)

TOPIC 8: TRIGONOMETRY (12)

TOPIC 9: SETS (5)

Uncategorized (2)

UNIT 1: NUMBERS (17)

UNIT 2: ALGEBRA (15)

UNIT 3: GEOMETRY AND MEASURES (16)

UNIT 4: STATISTICS (5)

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1.4 Calculation of powers and roots

£3.50

1.41 Introduction to matrices – IBAI – HL

£5.00

1.42 Algebra of matrices – IBAI – HL

£5.00

1.43 Multiplication of matrices – IBAI – HL

£5.00

1.44 Determinants and inverse matrices – IBAI – HL

£5.00

1.45 Solving systems of equations using matrices – IBAI – HL

£5.00

1.80 Percentages

£3.50

1.81 Profit and loss

£3.50

1.84 Compound interest

£3.50

2.71 Composite functions – IBAI – HL

£5.00

2.73 Inverse function – IBAI – HL

£5.00

2.81 Transformations of functions – IBAI – HL

£5.00

3.71 The definition of radians – IBAI – HL

£4.00

3.72 Area of a sector using radians– IBAI – HL

£4.00

3.73 Length of an arc using radians – IBAI – HL

£4.00

4.1 Plotting points on the four quadrants

£3.50

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

£4.00

4.2 Distance between two points

£3.50

4.4 Gradient of a straight line

£3.50

4.5 The gradient of parallel and perpendicular lines

£3.50

4.51 Using coordinate geometry

£3.50

5.10.1 The second derivative – IBAI – HL

£4.00

5.10.2 Use of second derivative test  for maximum and minimum- IBAI – HL

£4.00

5.11.1a Indefinite and definite integration of xⁿ and eˣ – IBAI – HL

£4.00

5.11.1b Integral of sine (⁡𝑥), cosine (⁡𝑥) and  1/cos² (⁡𝑥) – IBAI – HL

£4.00

5.6.1.1 The derivative of eˣ , ln x – IBAI – HL

£4.00

5.9.1.2 The derivative of sin (x), cos (x) and tan (x) – IBAI – HL

£4.00

5.9.2 Differentiation: The product rule – IBAI – HL

£4.00

5.9.3 Differentiation: The quotient rule – IBAI – HL

£4.00

5.9.4 Differentiation: The chain rule – IBAI – HL

£4.00

AHL 1.10.1 Factorial notation – IBAA – HL

£4.00

AHL 1.15.1 Mathematical induction – IBAA – HL

£4.00

AHL 1.16.1 Systems of two equations, two unknowns and complex coefficients – IBAA – HL

£4.00

AHL 1.16.2 Systems of three linear equations with three unknowns – IBAA – HL

£4.00

AHL2.12.1 Graphs of polynomial functions  – IBAA – HL

£4.00

AHL2.12.1b Operations with polynomials: Division – IBAA – HL

£4.00

AHL2.12.2 The factor and remainder theorems – IBAA – HL

£4.00

AHL2.12.3 Sum and product of the roots of polynomial equations – IBAA – HL

£4.00

AHL3.12.1 Introduction to vectors – IBAA – HL

£4.00

AHL3.12.3 The sum and difference of two vectors – IBAA – HL

£4.00

AHL3.12.4 Magnitude of a vector, unit vector – IBAA – HL

£4.00

AHL3.12.6 Position vectors, Displacement vector – IBAA – HL

£4.00

AHL3.12.7 Proofs of geometrical properties using vectors – IBAA – HL

£4.00

AHL3.13.1 Scalar product – IBAA – HL

£4.00

AHL3.13.2 The angle between two vectors – IBAA – HL

£4.00

AHL3.133 The definition of the vector product of two vectors – IBAI – HL

£4.00

AHL3.14.1 The vector equation of a line in two or three dimensions – IBAA – HL

£4.00

AHL3.15.2 Points of intersection – IBAA – HL

£4.00

AHL3.16.1 The definition of the vector product of two vectors – IBAA – HL

£4.00

Maths  IGCSE  E2.13.1  Direct variation

£3.50

Maths  IGCSE  E2.13.2  Inverse  variation

£3.50

Maths AA-HL 1.10.2 Counting methods

£5.00

Maths AA-HL 1.103 Binomial expansion (frac. & neg. indices)

£5.00

Maths AA-HL 3.10.1 Compound angle identities

£4.00

Maths AA-HL 4.13.1 Bayes’ theorem

£4.00

Maths AA-HL 4.14.2 Parameters of continuous random variables

£4.00

Maths AA-HL 4.141 Cont. random variable and density function

£4.00

Maths AA-HL 5.14.1 Differentiation of implicit functions

£4.00

Maths AA-HL 5.14.2 Related rates of change

£4.00

Maths AA-HL 5.15.4 Higher order derivatives

£4.00

Maths AA-HL 5.17.1 Volumes of revolution

£4.00

Maths AP 1.2.1 Introduction to the concept of limits – AP

£5.00

Maths AP 1.2.2. Infinite Limits – AP

£5.00

Maths AP 1.2.3. Limits at infinity – Polynomial functions – AP

£5.00

Maths AP 1.2.4. Limits at infinity – Exponential functions – AP

£5.00

Maths AP 1.2.5. Limits at Infinity – transcendental functions – AP

£5.00

Maths AP 1.3.1 Continuity – AP

£5.00

Maths AP 1.3.2 Types of discontinuities – AP

£5.00

Maths AP 2.2.1 Rate of change – AP

£5.00

Maths IBAA – 1.11 Numbers in standard form

£5.00

Maths IBAA – 1.12 Calculations with numbers in standard form

£5.00

Maths IBAA – 1.21 Arithmetic  sequences

£5.00

Maths IBAA – 1.22 Arithmetic series

£5.00

Maths IBAA – 1.23 Sigma Notation (arithmetic series)

£4.00

Maths IBAA – 1.31 Geometric sequences

£5.00

Maths IBAA – 1.32 Geometric series

£5.00

Maths IBAA – 1.33 Sigma Notation (geometric series)

£4.00

Maths IBAA – 1.34 Applications of arithmetic and geometric patterns

£5.00

Maths IBAA – 1.41 Compound interest

£5.00

Maths IBAA – 1.42 Annual depreciation and inflation

£5.00

Maths IBAA – 1.43 The real value of an investment

£4.00

Maths IBAA – 1.51 Laws of exponents

£5.00

Maths IBAA – 1.52 Introduction to logarithms

£5.00

Maths IBAA – 1.71 Laws of exponents with rational exponents

£4.00

Maths IBAA – 1.72 Laws of logarithms

£4.00

Maths IBAA – 1.73 Change of base of logarithms

£4.00

Maths IBAA – 1.74 Solving Exponential/logarithmic equations

£4.00

Maths IBAA – 1.81 Sum of infinity convergent geometric seq.

£4.00

Maths IBAA – 1.91 Pascal’s triangle

£4.00

Maths IBAA – 1.92 Binomial theorem, positive integer indices

£4.00

Maths IBAA – 2.08.1 The reciprocal function

£4.00

Maths IBAA – 2.08.2 The rational function

£4.00

Maths IBAA – 2.09.1 The exponential function

£4.00

Maths IBAA – 2.09.2 The logarithmic function

£4.00

Maths IBAA – 2.10 Gradient and y- intercept

£4.00

Maths IBAA – 2.10.3 Problem solving- expo and log equations

£4.00

Maths IBAA – 2.11 Forms of the equation of a straight line

£4.00

Maths IBAA – 2.11.1 Transformations of functions

£5.00

Maths IBAA – 2.14 Parallel and perpendicular lines

£4.00

Maths IBAA – 2.21a Introduction to functions

£5.00

Maths IBAA – 2.21b The domain and the range

£5.00

Maths IBAA – 2.21c Function notation

£5.00

Maths IBAA – 2.22 Inverse function

£5.00

Maths IBAA – 2.51 Composite functions

£5.00

Maths IBAA – 2.52 Identity function and inverse functions

£4.00

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

£4.00

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

£4.00

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

£4.00

Maths IBAA – 2.71a Solving quadratic equations by factorisation

£4.00

Maths IBAA – 2.71b Solve quadratic equations completing the square

£4.00

Maths IBAA – 2.71c Solving quadratic equations using GDC

£4.00

Maths IBAA – 2.71d Solving quadratic equations: Po-Shen Loh

£4.00

Maths IBAA – 2.71e Solving quadratic inequalities

£4.00

Maths IBAA – 2.72 The quadratic  formula

£4.00

Maths IBAA – 2.73 The discriminant & the nature of the roots

£4.00

Maths IBAA – 3.11 The distance between 2 points and midpoint

£4.00

Maths IBAA – 3.12 Volume and surface area of 3D shapes

£5.00

Maths IBAA – 3.21 The trigonometric ratios

£4.00

Maths IBAA – 3.22 The sine rule

£4.00

Maths IBAA – 3.23 The cosine rule

£4.00

Maths IBAA – 3.24 The area of a triangle

£4.00

Maths IBAA – 3.31 Applications of right-angled trigonometry

£4.00

Maths IBAA – 3.41 Radian, measure of angles

£4.00

Maths IBAA – 3.42 Length of an arc

£4.00

Maths IBAA – 3.43 Area of a sector

£4.00

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

£4.00

Maths IBAA – 3.61 Trigonometric identities

£4.00

Maths IBAA – 3.71a Graphs of the functions Sine and Cosine

£4.00

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

£4.00

Maths IBAA – 3.72 Function of the form f(x)= a sin(b(x+c))+d

£4.00

Maths IBAA – 3.73 Transformations of circular functions

£4.00

Maths IBAA – 3.74 Real-life contexts

£4.00

Maths IBAA – 3.81 Solving trigonometric equations

£4.00

Maths IBAA – 4.07.1 Discrete random variable. Probability distributions

£4.00

Maths IBAA – 4.07.2 Expected value for discrete data

£4.00

Maths IBAA – 4.08.1 The Binomial distribution

£4.00

Maths IBAA – 4.08.2 Mean and variance of the binomial distrib.

£4.00

Maths IBAA – 4.09.1 The normal distribution, properties

£4.00

Maths IBAA – 4.09.4 Normal probability calculations

£4.00

Maths IBAA – 4.09.5 Inverse normal calculations

£4.00

Maths IBAA – 4.11 Statistics, basic concepts

£4.00

Maths IBAA – 4.12.2 Inverse normal calculations to find the mean and sd

£4.00

Maths IBAA – 4.14 Sampling techniques

£4.00

Maths IBAA – 4.21 Frequency distribution tables

£4.00

Maths IBAA – 4.22  Frequency  Histograms

£4.00

Maths IBAA – 4.23  Cumulative  frequency

£4.00

Maths IBAA – 4.24 Box and whisker diagrams

£4.00

Maths IBAA – 4.31 Measures of Central tendency

£4.00

Maths IBAA – 4.33 Variance and standard deviation

£4.00

Maths IBAA – 4.42 Pearson’s product moment correlation

£4.00

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

£4.00

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

£4.00

Maths IBAA – 4.61 Use of sample space diagrams

£4.00

Maths IBAA – 5.05.1 Introduction to integration

£4.00

Maths IBAA – 5.05.2 Anti-differentiation – boundary condition

£4.00

Maths IBAA – 5.05.3 Definite integral using technology

£4.00

Maths IBAA – 5.05.4 Area enclosed by a curve and the x-axis

£4.00

Maths IBAA – 5.1.1 Introduction to the concept of limit

£4.00

Maths IBAA – 5.1.2 Derivative interpreted as rate of change

£4.00

Maths IBAA – 5.10.1 Indefinite integral of 1/x, eˣ, sin (x) and cos (x)

£4.00

Maths IBAA – 5.10.2 The composites of functions with the linear function ax + b

£4.00

Maths IBAA – 5.10.4 Integrating by substitution

£4.00

Maths IBAA – 5.10.4 Testing for maximum and minimum

£4.00

Maths IBAA – 5.11.1 Definite integrals, analytically

£4.00

Maths IBAA – 5.11.3 Areas between two curves

£4.00

Maths IBAA – 5.3.1 Derivative of f(x) = axⁿ

£4.00

Maths IBAA – 5.3.2 The derivative of f(x) = axⁿ + bxⁿ-¹

£4.00

Maths IBAA – 5.4.1Tangent and normals at a given point

£4.00

Maths IBAA – 5.6.1.1 The derivative of eˣ , ln x

£4.00

Maths IBAA – 5.6.1.2 The derivative of sin, cos and tan

£4.00

Maths IBAA – 5.6.2 Differentiation: The product rule

£4.00

Maths IBAA – 5.6.3 Differentiation: The quotient rule

£4.00

Maths IBAA – 5.6.4 Differentiation: The chain rule

£4.00

Maths IBAA – 5.7.1 The second derivative

£4.00

Maths IBAA – 5.7.2 Graphical behaviour of functions

£4.00

Maths IBAA – 5.8.1 Local maximum and minimum points

£4.00

Maths IBAA – 5.8.3 Optimisation

£4.00

Maths IBAA – 5.9.1 Kinematic problems

£4.00

Maths IBAA – 5.9.2 Economics problems using calculus

£4.00

Maths IBAA – 5.9.3 Rates of change

£4.00

Maths IBAA – HL 5.16.1 Integrating by substitution

£4.00

Maths IBAA – HL 5.16.2 Integrating by parts

£4.00

Maths IBAA – HL 5.16.3 Repeated integration by parts

£4.00

Maths IBAA – HL 5.16.4 Using trigonometric substitution

£4.00

Maths IBAI – 1.11 Numbers in standard form – SL

£5.00

Maths IBAI – 1.21 Arithmetic   sequences

£5.00

Maths IBAI – 1.22 Arithmetic series

£5.00

Maths IBAI – 1.23 Sigma Notation (arithmetic series)

£3.50

Maths IBAI – 1.31 Geometric sequences

£5.00

Maths IBAI – 1.32 Geometric series

£5.00

Maths IBAI – 1.61 Approximation: dp and sf

£5.00

Maths IBAI – 1.62 Upper and lower bounds of rounded numbers

£5.00

Maths IBAI – 1.63 Percentage error  –  SL

£5.00

Maths IBAI – 1.12 Calculations with numbers in standard form

£5.00

Maths IBAI – 1.33 Sigma Notation (geometric series)

£3.50

Maths IBAI – 1.34 Applications of ap and gp patterns

£5.00

Maths IBAI – 1.41 Compound interest

£5.00

Maths IBAI – 1.42 Annual depreciation and inflation

£5.00

Maths IBAI – 1.43 The real value of an investment

£4.00

Maths IBAI – 1.51 Laws of exponents

£5.00

Maths IBAI – 1.52 Introduction to logarithms

£5.00

Maths IBAI – 1.81 Simultaneous eqs – using GDC graphically

£5.00

Maths IBAI – 1.81a Using the GDC equation Solver

£5.00

Maths IBAI – 1.82 Systems of 3 linear equations

£5.00

Maths IBAI – 1.83 Simultaneous equations problems

£3.50

Maths IBAI – 2.1.1a Gradient and y- intercept

£3.50

Maths IBAI – 2.1.1b Gradient-intercept form

£3.50

Maths IBAI – 2.1.2 Equation Point-gradient form

£3.50

Maths IBAI – 2.1.3 Equation of a straight line, General form

£3.50

Maths IBAI – 2.1.4 Parallel and perpendicular lines

£3.50

Maths IBAI – 2.2.1 Introduction to functions

£5.00

Maths IBAI – 2.2.2 The domain and the range

£5.00

Maths IBAI – 2.2.3 Function notation

£5.00

Maths IBAI – 2.2.4 Inverse function

£5.00

Maths IBAI – 2.3.1 The graph of a function

£3.50

Maths IBAI – 2.5.1 The linear model

£3.50

Maths IBAI – 2.5.2 Quadratic models

£3.50

Maths IBAI – 2.5.3 Exponential growth, and decay models

£3.50

Maths IBAI – 2.5.4 Direct and inverse variation models

£5.00

Maths IBAI – 2.5.5 Cubic models

£3.50

Maths IBAI – 2.5.6 Sinusoidal models

£3.50

Maths IBAI – 3.1.1 Distance between two points and midpoint

£3.50

Maths IBAI – 3.1.2 Volume and surface area of 3D shapes

£5.00

Maths IBAI – 3.2.1 Trigonometric   ratios

£3.50

Maths IBAI – 3.2.2 The sine rule

£3.50

Maths IBAI – 3.2.3 The cosine rule

£3.50

Maths IBAI – 3.2.4 The area of a triangle

£3.50

Maths IBAI – 3.3.1 True Bearings

£3.50

Maths IBAI – 3.3.2 Angles of elevation and depression

£3.50

Maths IBAI – 3.4.1 Length of an arc

£3.50

Maths IBAI – 3.4.2 Area of a sector

£3.50

Maths IBAI – 3.5.1 Equations of perpendicular bisectors

£3.50

Maths IBAI – 3.6.1 Voronoi diagrams

£3.50

Maths IBAI – 4.04.2 Pearson’s product moment correlation coef

£3.50

Maths IBAI – 4.04.3 Scatter diagrams, line of best fit by eye

£3.50

Maths IBAI – 4.04.4 Equation of the regression line of y on x

£3.50

Maths IBAI – 4.1.1 Statistics – Basic concepts

£3.50

Maths IBAI – 4.1.4 Sampling techniques

£3.50

Maths IBAI – 4.10.1 Spearman’s rank correlation coefficient

£3.50

Maths IBAI – 4.11.4a The Chi square test for independence

£3.50

Maths IBAI – 4.11.4b The X²  limitations

£3.50

Maths IBAI – 4.11.5 The X² (Chi square) Goodness of fit test

£3.50

Maths IBAI – 4.11.6 The t-test

£3.50

Maths IBAI – 4.2.1 Frequency distribution tables

£3.50

Maths IBAI – 4.2.2 Frequency Histograms

£3.50

Maths IBAI – 4.2.3 Cumulative frequency

£3.50

Maths IBAI – 4.2.4 Box and whisker diagrams

£3.50

Maths IBAI – 4.3.1 Mean, median and mode

£3.50

Maths IBAI – 4.3.2 Estimation of mean from grouped data

£3.50

Maths IBAI – 4.3.4 Variance and standard deviation

£3.50

Maths IBAI – 4.7.1 Discrete random variable

£3.50

Maths IBAI – 4.7.2 Expected value for discrete data

£3.50

Maths IBAI – 4.8.1 Binomial distribution – IBAI – SL

£3.50

Maths IBAI – 4.8.2 Mean and variance of the binomial dist

£3.50

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