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Edexcel January Pure Maths Paper 2
A-Level Maths Practice Papers based on the new Edexcel Specification from September including the StudyWell Pure Maths test and Edexcel Sample Exams.� While practising, students should aim to complete AS Paper 1 within 2 hours but Paper 2 should be completed within 1 hour and 15 minutes. A-Level Maths Practice Papers. Edexcel Sample Papers. Edexcel Sample Papers Solutions. Pure Mathematics: A-Level Maths Paper 1. Click here for Solutions to Practice Paper 1 Click here for myboat365 boatplans worked solutions. Pure Mathematics: A-Level Maths Paper 2. Click here for Solutions to Practice Paper 2. Statistics and Mechanics: A-Level Maths Paper 3. Click here for Solutions for Practice Paper 3. View the HSC Mathematics Extension 2 Exam Paper solutions with detailed explanations for multiple choices and extended response questions.� In this post, we will work our way through the HSC Maths Extension 2 exam paper and give you the solutions, written by our Head of Mathematics Oak Ukrit and his team. Read on to see how to answer all of the questions. Section 1. Multiple Choice. Download free PDF of best NCERT Solutions, Class 9, Math, CBSE- Linear Equations in two variables. All NCERT textbook questions have been solved by our expert teachers. You can also get free sample papers, Notes, Important Questions.� 1. The cost of a notebook is twice the cost of a pen. Write a linear equation in two variables to represent this statement. (Take the cost of a notebook to be Rs. x and that of a pen to be Rs. y). Sol: Let the cost of a notebook = Rs x.

The Assessment Arrangements published by the Department mean that for students will get away with knowing a slightly lesser portion of the course. This new layout of the paper reflects the loss of face-to-face teaching and allows students more flexibility in the exam and therefore students can play to their strengths in the exam based on what topics they are strongest in, due to the added options on the paper.

Modulus Q2 Complex numbers � simultaneous equations. Differentiation � finding the point of inflection Q5 Financial maths � amortisation formula to find monthly payment.

Financial maths � present value and total mortgage owed Q6 Differentiation from first principles. Proof by induction Q8 Trigonometry � trigonometric identities. Differentiation � rates of change Q9 Substitution into a formula involving indices. Angle between two lines Q2 Finding the centre and radius of a circle. Finding the equation of a circle given the radius and a point on the circle Q3 Trigonometry. Ratios Q4 Trigonometry � solving trigonometric equations.

Area of a triangle Q5 Conditional probability. Probability of an outcome in a game Q6 Probability. Flow rate � cross sectional area multiplied by rate Q8 Statistics. Measures of spread and central tendency Q9 Trigonometry. Skip to content. Section A: Concepts and Skills � There will be six questions, each worth 30 marks, and students must answer on their choice of five questions, rather than answering every question Section B: Contexts and Applications � There will be four questions, each worth 50 marks, and students must answer on their choice of three questions, rather than answering every question This new layout of the paper reflects the loss of face-to-face teaching and allows students more flexibility in the exam and therefore students can play to their strengths in the exam based on what topics they are strongest in, due to the added options on the paper.

Close Menu. Differentiation � first derivative Functions � where a line intersects a curve Differentiation � finding the point of inflection.

Financial maths � amortisation formula to find monthly payment Financial maths � present value and total mortgage owed. Differentiation from first principles Differentiation of an equation containing the natural log Integration. Sequences and series � completing the sequence Substituting into the formula for a sequence Algebraic fractions Simplifying algebraic expressions Algebra � solving for n Substitution into a formula Proof by induction.

Trigonometry � trigonometric identities Area Differentiation to find maximum area Differentiation � rates of change. Equation of a line given two points on the line Perpendicular distance from a point to a line Finding the slope of a line given the angle it makes with the x-axis Angle between two lines. Finding the centre and radius of a circle Distance between two points Trigonometry Circles with centres on the axes Finding the equation of a circle given the radius and a point on the circle.

Trigonometry � solving trigonometric equations Area of a sector Area of a triangle. Conditional probability Independent events Probability of an outcome in a game. Algebra � undetermined coefficients Algebraic fractions. Factorising by grouping Substitution Differentiation.

Trigonometric functions Trigonometric functions Differentiation of trigonometric functions Differentiation � show a function is increasing Differentiation � minimum point, point of inflection. Probability � independent events Probability. Expressing a function as a perfect square Finding the minimum point of a function Roots of a function. Geometric progression Sum to finite geometric series Sum to infinity. Roots of a function Finding points of intersection of two functions using algebra Graphing a function.

Sequences and series � geometric progression and common ratio Roots of a function Sum to infinity. Complex roots of a function Plotting complex numbers on the Argand diagram Trigonometry � finding an angle in a triangle. Differentiation to find the slope of a tangent and the angle it makes with the x-axis Integration � average value. Simplifying complex numbers by multiplying by the conjugate Sum of a finite geometric series.

Finding the roots of a function Finding local maximum and minimum points of a function Finding missing terms of a function.

Solving equations with surds Differentiation Differentiation � finding the turning points of an equation. Points of intersection of two functions Integration � area between two functions Inverse functions � plot on graph using symmetry. Graphing an exponential function Integration � finding the area bound by two functions and a line. Differentiation from first principles Differentiation of trigonometric functions Using differentiation to find the slope of the tangent to the curve at a given point.

Functions � finding missing terms Functions � filling into a function Graphing a function Graphing a function Estimations using the graphs of functions Differentiation � finding maximum value.

Co-ordinate geometry � where graph intersects the y-axis Area Differentiation- show a graph is decreasing at a certain point Differentiation � point of inflection. Graphing trigonometric functions Trigonometric functions � missing terms Interpreting graph of a trigonometric function. Trigonometric functions filling in Trigonometric functions solving for an unknown term Differentiation of trigonometric functions Finding the maximum value of a trigonometric function Integration � average value.

Co-ordinate geometry � finding line perpendicular to a given line Finding co-ordinates of the orthocentre. Statistics � confidence intervals Hypothesis testing P-values. Trigonometry � proving by substitution Solving a trigonometric equation. Probability Probability � expected value Bernoulli trials. Finding the equation of a circle given 3 points on the circle Trigonometry � finding an angle in a triangle. Similar triangles Construction of a line segment equal in length to the square root of a given line segment.

Proving that triangle are similar Trigonometry � finding the length of a side Trigonometry � finding the length of a side Trigonometry � finding the area of a quadrilateral. Construction � centroid of a triangle Proof � Theorem

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