## Pearson’s Edexcel Qualifications

All syllabi by Pearson’s Edexcel Qualifications

## 2,559 pages

1,972

Pure Maths344

Statistics243

Mechanics## Some Free Sample Pages

## Edexcel AS Maths 2017

## Not your syllabus?

## Study Online

## Assessment Content

O-tests (Online Tests) arranged in levels as follows:

Module | 8 | 7 | 6 | 5 | 4 | 3 | 2 | 1 | Total |
---|---|---|---|---|---|---|---|---|---|

Pure Maths | 13 | 1 | 6 | 39 | 57 | 142 | 81 | 34 | 373 |

Statistics | 0 | 4 | 1 | 4 | 13 | 17 | 12 | 19 | 70 |

Mechanics | 0 | 0 | 1 | 4 | 5 | 19 | 7 | 0 | 36 |

Totals | 13 | 5 | 8 | 47 | 75 | 178 | 100 | 53 | 479 |

## Online Help

There is extensive online help available for assisting with subjects such as:

- handling your account(s) - for schools how to set up and use separate teacher and student personal accounts;
- setting up student classes and accounts, including importing data from external sources;
- assessment from both the student's and teacher's perpective (including, for teachers, how to create and allocate student tasks);
- using the forum and conferencing facilities;
- how to use o-test progress charts;
- how teachers can monitor the progress of their students;
- setting up and printing exam papers (including how to handle common printing problems).

To access the online help click or touch the

button near the top-right of the page. This button will appear with a green background when there is help available directly related to the page currently displayed.## Recent Additions

ID 142: Equations and Inequalities : Advanced Inequalities : Investigate Rational Inequalities 1

Edexcel AS Maths 2017 Pure Maths

ID 1036: Algebraic Methods : Factor Theorem : Visualise Factor Theorem 2

Edexcel AS Maths 2017 Pure Maths

ID 8187: Exponentials and Logarithms : Logarithm Basics and Laws : Law: a log(b)=log(b

Edexcel AS Maths 2017 Pure Maths

ID 8186: Exponentials and Logarithms : Logarithm Basics and Laws : Law: log(

Edexcel AS Maths 2017 Pure Maths

ID 8184: Exponentials and Logarithms : Logarithm Basics and Laws : Law: log(ab)=log(a)+log(b)

Edexcel AS Maths 2017 Pure Maths

ID 5045: Statistical Distributions : Permutations and Combinations : Factorials

Edexcel AS Maths 2017 Statistics

ID 5044: Binomial Expansion : Binomial Expansion : Factorial

Edexcel AS Maths 2017 Pure Maths

ID 8057: Differentiation : Gradients : The graph of y = x³

Edexcel AS Maths 2017 Pure Maths

ID 8056: Differentiation : Gradients : Straight v curved

Edexcel AS Maths 2017 Pure Maths

ID 8050: Differentiation : Gradients : The graph of y = x²

Edexcel AS Maths 2017 Pure Maths

ID 8048: Exponentials and Logarithms : Exponential Functions : The graph of a

Edexcel AS Maths 2017 Pure Maths

ID 8047: Graphs and Transformations : Transformations : Some More y=af(x) Examples

Edexcel AS Maths 2017 Pure Maths

Edexcel AS Maths 2017 Pure Maths

ID 1036: Algebraic Methods : Factor Theorem : Visualise Factor Theorem 2

Edexcel AS Maths 2017 Pure Maths

ID 8187: Exponentials and Logarithms : Logarithm Basics and Laws : Law: a log(b)=log(b

^{a})Edexcel AS Maths 2017 Pure Maths

ID 8186: Exponentials and Logarithms : Logarithm Basics and Laws : Law: log(

^{a}/_{b})=log(a)-log(b)Edexcel AS Maths 2017 Pure Maths

ID 8184: Exponentials and Logarithms : Logarithm Basics and Laws : Law: log(ab)=log(a)+log(b)

Edexcel AS Maths 2017 Pure Maths

ID 5045: Statistical Distributions : Permutations and Combinations : Factorials

Edexcel AS Maths 2017 Statistics

ID 5044: Binomial Expansion : Binomial Expansion : Factorial

Edexcel AS Maths 2017 Pure Maths

ID 8057: Differentiation : Gradients : The graph of y = x³

Edexcel AS Maths 2017 Pure Maths

ID 8056: Differentiation : Gradients : Straight v curved

Edexcel AS Maths 2017 Pure Maths

ID 8050: Differentiation : Gradients : The graph of y = x²

Edexcel AS Maths 2017 Pure Maths

ID 8048: Exponentials and Logarithms : Exponential Functions : The graph of a

^{x}Edexcel AS Maths 2017 Pure Maths

ID 8047: Graphs and Transformations : Transformations : Some More y=af(x) Examples

Edexcel AS Maths 2017 Pure Maths

Get advice from examiners and some tips on improving your exam technique - particularly how to avoid zero marks!

Read brief biographies of famous Mathematicians who were instrumental in creating advanced mathematics.

Check the meaning of words and phrases used throughout your course. A relevant glossary also appears on each page.