C1

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=C1 Topic list= Please download and print this sheet. Make sure you keep it into your folder and you regularly use it to review your learning



=C1 Homework worksheets=

C1 Solomon Worksheets
C1 Solomon Worksheets Your teacher may choose to set homework from these worksheets. Solutions are provided for you to mark your work before submitting.

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=C1 Video Tutorials= Miscellaneous __[|Exercise]__ [|Exercise]
 * Indices || Indices
 * [|Introduction]
 * [|Multiplication rule 1]
 * [|Multiplication rule 2]
 * [|Division]
 * [|Negative indices]
 * [|Fractions to negative indices]
 * [|Fractional type]
 * [|Simplifying (negative powers)]
 * [|Expressing terms in the form axn] || [|Exam questions] ||
 * Surds || Surds
 * [|multiplication rule]
 * [|combining and simplifying]
 * [|division rule]
 * [|rationalising]
 * [|surds on a calculator] || [|Exam questions] ||
 * Algebraic Expression || Factorising
 * [|Introduction]
 * [|HCF types]
 * [|Grouping types] ||  ||
 * Equations- functions || * Quadratic expressions
 * [|Introduction]
 * [|HCF (Highest Common Factor) types]
 * [|Difference of two squares type]
 * [|Trinomials : (grouping method)]
 * [|Trinomials : (inspection method) 1] | [|2] | [|3] | [|4] | [|5] | [|6] | [|7]

Completing the Square
 * [|How to do it]
 * Various other types : [|1] | [|2] | [|3]
 * __#|Applications__
 * [|Sketching graphs] || [|Exam questions]

Completing the Square [|Exam questions] || Quadratic Graphs Polynomials Graph Transformations [|Exam questions]
 * Equations-Functions || Quadratic Equations
 * Equations
 * [|Solve by factorising]
 * [|Solve by completing the square]
 * [|Solve by formula]
 * [|Proof of quadratic formula]
 * [|Extension - Solving in some function of x]
 * Roots and the Discriminant
 * [|Roots and Discriminant]
 * [|Sketching quadratic graphs]
 * [|Polynomials]
 * [|Basic graphs used in transformations]
 * [|Translations y = f(x ± a ) and y= f(x) ± a]
 * [|Reflections y = - f(x) and y = f(-x)]
 * [|Stretches y = a f(x)]
 * [|Stretches y = f (ax)] || Quadratic Equations

Graph Transformations [|Exam questions] || [|Exam Questions]
 * Inequalities || Inequalities
 * Linear inequalities
 * [|introduction]
 * [|rules for reversing the inequality sign]
 * [|solving a linear type]
 * [|solving a double inequality]
 * Quadratic inequalities
 * Examples :
 * [|1] | [|2] | [|3] | [|4] | [|5] | [|6] || Inequalities

Quadratic inequalities [|Exam Questions] || Lines Intersection of graphs Sigma notation Arithmetic sequences and series [|Exam questions]
 * Simultaneous Equations || Simultaneous Equations
 * Elimination __[|method]__ for linear types
 * Examples : [|1] | [|2] | [|3] | [|4] | [|5 (method 1]) | [|5 (method 2)]
 * Substitution __#|Method__ for linear and quadratic types
 * Examples : [|1] | [|2] || [|Exam Questions] ||
 * Coordinate Geometry -Straight lines || ​Gradient
 * [| Line segment]
 * [|Parallel lines]
 * [|Perpendicular lines]
 * [|Equation of a line]
 * [|Distance between two points]
 * [|Mid-point of a line segment]
 * [|Equation of a parallel line]
 * [|Equation of a perpendicular bisector]
 * [|Two straight lines]
 * [|Parabola and a straight line]
 * [|Nature of intersection]
 * [|Tangent to a curve (one root)]
 * [|Hyperbola and straight line] || [|Exam questions] ||
 * Arithmetic Series || Recurrence relationships
 * [|Recurrence relationships]
 * [|Sigma notation]
 * [|Arithmetic sequences and series]
 * [|Sum of the first n terms] || Recurrence relationships

Sigma notation [|Exam questions]

Arithmetic sequences and series [|Exam questions] || Tangents and Normals [|Exam questions]
 * Differentiation || * [|The gradient function dy/dx]
 * [|Differentiation from 1st principles]
 * [|terms of the form axn]
 * [|Extending to root types]
 * [|Extending to fractional types]
 * Second Derivatives
 * [|The second derivative]
 * [|Tangents and normals] || Introduction

Tangents and Normals

[|Exam questions] || Equations of curves [|Exam questions]
 * Integration || Introduction
 * [|terms of the form axn]
 * [|fractional and root type terms]
 * [|Finding the equation of a curve given dy/dx]
 * [|Using f'(x) notation]
 * || Introduction

Equations of curves [|Exam questions] ||

=C1 Revision= Revision Workbook in topics
 * [[file:Revision C1 Algebra.rtf]] || [[file:Revision C1 Algebra ms.rtf]] ||
 * [[file:Revision C1 coordinate geometry.rtf]] || [[file:Revision C1 coordinate geometry ms.rtf]] ||
 * [[file:Revision C1 Differentiation Integration.rtf]] || [[file:Revision C1 Differentiation Integration ms.rtf]] ||
 * [[file:Revision C1 Tranformations of curves.rtf]] || [[file:Revision C1 Tranformations of curves ms.rtf]] ||
 * [[file:Revision C1 Sequences.rtf]] || [[file:Revision C1 Sequences ms.rtf]] ||
 * [[file:Revision C1 coordinate geometry.rtf]] || [[file:Revision C1 coordinate geometry ms.rtf]] ||