This MEI Online Resources file for Edexcel FP1 provides information on Complex Numbers and Equations. Topics include equating real and imaginary parts, roots of complex numbers and polynomial equations with complex roots. A study plan for Heinemann textbooks is also available, together with crucial points for...

MEI Online Resources provide this introduction to Complex Numbers for Edexcel FP1. Detailed notes covering the number system, adding subtracting and multiplying complex numbers, complex conjugates, equations with complex roots and crucial points to learn are included, together with study plans for Heinemann...

MEI Online Resources for Edexcel FP1 provide a selection of material for the Modulus-Argument Form of Complex Numbers.

Detailed notes and examples for the modulus of a complex number, representing complex numbers geometrically, the argument of a complex number and multiplying and dividing with the modulus...

MEI provides this introduction to complex numbers for OCR FP1. Detailed notes covering the number system, adding subtracting and multiplying complex numbers, complex conjugates, equations with complex roots, equating real and imaginary parts and crucial points to learn...

This MEI resource for OCR FP1 provides information on complex numbers, equations and geometric representation. Topics include sections on polynomial equations with complex roots, representing complex numbers geometrically and roots of complex numbers. There are also...

MEI provides these online resources for OCR FP1 for the modulus-argument form of complex numbers.

Detailed notes and examples, with crucial points to learn for the modulus-argument of complex numbers and its application for sets of points, as well as trigonometry knowledge required for this topic are...

This resource, from Mathematics for Engineering Exemplars, shows the application of mathematics within the mechanical and civil engineering industry. Here students learn how calculations for displacement, velocity and acceleration, caused during loading, are used to ensure that they are not so large as to adversely...

This resource, from Mathematics for Engineering Exemplars, shows the application of mathematics when designing and developing engines. As well as considering the power requirements for a given application, the vibration of the system should be considered. The engine installation in a machine must ensure that the...

This resource, from Mathematics for Engineering Exemplars, shows the application of mathematics within the field of sports technology to compare the potential for injury to the knee or ankle when cycling and when jogging. Students model a situation involving oscillations, looking at inertial forces, Newton’s Laws...

The Evidence for Policy and Practice Information and Coordinating Centre (EPPICentre) was commissioned by the Wellcome Trust to undertake this systematic review of research about subject choice. The main aim of the review was to examine the factors that influence the STEM subject choices of young people (14-19...

This report, by the Department for Education, provides an analysis of the proportion of students taking GCSE and progressing to AS Level in the same subject (that is, progression rates), focussing on English Baccalaureate subject areas. The report then follows the same cohort through from AS to full A level...

Successful scientists require a broad range of skills and attributes in order to achieve, and have recognition of, their successes. Central and pivotal to these skills is the mastery of number and a proficiency in mathematics. In science lessons students frequently rely...

The Nuffield Foundation provide this resource which enables students to carry out significance tests on proportions and test hypotheses about successful applicants to higher education. The data provided on information sheet A is simulated but similar to real data available on the UCAS website. Information sheet B...

Celebrate the 2024 Summer Olympic and Paralympic Games with these classroom resources.

This resource describes how engineers at Rolls Royce apply physics and chemistry in the development of their engines, including how materials behave in extreme conditions, aerodynamics, thermodynamics, the use of computer modelling to look at forces and energy transfers, and the use of maths in performance...