(a) Term-to term rules and position-to-term rules (both linear and non-linear)
(b) Finding the nth term of linear sequences.
(c) Finding nth term of an oscillating sequence (e.g. 100th term of 6, 4, 1, 6, 4, 1, 6, ...) with application to last digit of powers (e.g. 3^100)
(Used for Tiffin Year 9 scheme of work)
Includes a 'levelled activity' where students advance through progressively difficult levels. Please note that the slides may be updated within the next month to include more of (d) below.
(a) Recap: Find/use nth term of a linear sequence.
(b) Find/use nth term of a quadratic sequence.
(c) Identify the formula for the nth term of a simple geometric sequence (e.g nth term of 2, 4, 8, 16, ... is 2^n)
(d) Extension: Solve sequence proofs and problems involving missing terms, using algebraic approaches.
GCSE question compilation which aims to cover all types of questions that might be seen on the topic of sequences (arithmetic, quadratic and term-to-term). Students can complete this set of questions interactively on the DFM Homework Platform. Also contains answers.
Mostly covers the AQA IGCSE Further Maths syllabus. Includes general sequence problems, limiting values of a sequence, and nth term of quadratic sequences.
Covers the obscurer parts of the GCSE syllabus on sequences: term-to-term sequences (including Fibonacci like sequences) and Arithmetic and Geometric progressions.
Covers the new GCSE9-1 content on quadratic sequences. Includes an exploration at the end of why we halve the second difference to get the n2 term.
A series of posters on teaching methods I don't like, including details of the original method, my pedagogical complaints, and my preferred method.
A series of posters on teaching methods I don't like, including details of the original method, my pedagogical complaints, and my preferred method.
will not interrupt what you are doing.