Why Study Mathematics? Mathematical skills are invaluable in the modern world and are increasingly sought-after. As one of RR6’s specialisms we have a strong mathematics department and specialist mathematics teachers at both sites. Mathematics at A level is interesting and challenging. It builds on work topics studied at GCSE and uses mathematical skills to solve every day and more complex problems using logic proof and analysis. These skills will be valued by employers in a wide range of careers and particularly useful for those interested in the fields of commerce and business. What Modules Will I Study? Pure Mathematics, including: Proof, algebra and functions. coordinate geometry in the (x, y) plane, sequences and series, trigonometry, exponentials and logarithms, differentiation, integration, numerical methods and vectors. Statistics, including: statistical sampling, data presentation an interpretation, probability, statistical distributions and hypothesis testing. If you are also thinking of choosing A-Level Geography, these skills will be particularly useful. Mechanics, including: Quantities and units in mechanics, kinematics, forces & Newton's laws and moments, which have strong ties with subjects such as Physics and Engineering. An Example/Illustration of the Type of Work Involved: You will participate in individual work, problem solving, collaborative work and reasoning. You will develop your independent learning and reasoning skills, which are essential skills in higher education. What Careers or Higher Education Follow from this Subject? Higher education courses or careers that require A Level Mathematics or are strongly related include economics, medicine, architecture, engineering, accountancy, teaching, psychology, physics, computing & ICT, banking and the stock market.
Mathematics GCSE grade 7.
By written examinations only at the end of year 13. There will be three papers – Pure 1, Pure 2 and the 3rd paper will be Statistics and Mechanics; each paper will be 2 hours long.
About Education Provider
| Region | London |
| Local Authority | Merton |
| Ofsted Rating | Outstanding |
| Gender Type | Boys |
| Address | Watery Lane, Merton Park, London, SW20 9AD |
Why Study Mathematics? Mathematical skills are invaluable in the modern world and are increasingly sought-after. As one of RR6’s specialisms we have a strong mathematics department and specialist mathematics teachers at both sites. Mathematics at A level is interesting and challenging. It builds on work topics studied at GCSE and uses mathematical skills to solve every day and more complex problems using logic proof and analysis. These skills will be valued by employers in a wide range of careers and particularly useful for those interested in the fields of commerce and business. What Modules Will I Study? Pure Mathematics, including: Proof, algebra and functions. coordinate geometry in the (x, y) plane, sequences and series, trigonometry, exponentials and logarithms, differentiation, integration, numerical methods and vectors. Statistics, including: statistical sampling, data presentation an interpretation, probability, statistical distributions and hypothesis testing. If you are also thinking of choosing A-Level Geography, these skills will be particularly useful. Mechanics, including: Quantities and units in mechanics, kinematics, forces & Newton's laws and moments, which have strong ties with subjects such as Physics and Engineering. An Example/Illustration of the Type of Work Involved: You will participate in individual work, problem solving, collaborative work and reasoning. You will develop your independent learning and reasoning skills, which are essential skills in higher education. What Careers or Higher Education Follow from this Subject? Higher education courses or careers that require A Level Mathematics or are strongly related include economics, medicine, architecture, engineering, accountancy, teaching, psychology, physics, computing & ICT, banking and the stock market.
Mathematics GCSE grade 7.
By written examinations only at the end of year 13. There will be three papers – Pure 1, Pure 2 and the 3rd paper will be Statistics and Mechanics; each paper will be 2 hours long.