Beeslack Maths

Mr Findlay plays some 'music' ... and then tries to relate it to maths - Episode 3

Probability and the quincunx machine

Example of using information relating two terms in a recurrence relation

Transforming trig graphs - a cos(bx) + c

Line equation Venn Diagram Starter

Measuring the volume of an irregular shape

Video solution of Higher, Paper A Part 1, Q11 using Graphs

Examples of sketching transformed trig graphs

A handy guide to calculations involving negatives

Mr Findlay Decorates a Christmas Tree ... and relates it to maths

Direct proportion

Finding a line equation given a point and a gradient

Examples of finding a recurrence relation given a sequence

Introduction to solving equations and the CAST diagram

Mr Findlay goes cycling ... and relates it to maths - Episode 2

differential calculus optimisation vid eg 2

Finding missing lengths given a volume

Questions 3 and 4 from the worksheet

Video solution of Higher, Paper A Part 1, Q11 using CAST

Finding volumes of compound 3D shapes made of cuboids

Finding a percentage increase

Examples of using trig identities

Per 100g variation task examples

Where trig identities come from

Solving trig equations equal to a negative value

Expressing one number as a percentage of a total

Video solution of 2015 Paper 2, Q6

Key steps for finding the equations of lines

Worded questions involving percentage increases and decreases

Mr Findlay eats breakfast ... and relates it to maths

Find a line equation given two points

Mr Findlay goes cycling ... and then relates it to maths - Episode 1

Solving trig equations which require rearranging

Investigating related recurrence relations

Examples of finding limits of linked recurrence relations

Comparing value by calculating cost per 100g

Finding a line equation given an x and y intercept

Mr Findlay stares at a tap ... and tries to relate it to maths

CAAGEFBGED

Finding the volume of a cuboid

Expressing one number as a percentage of another

Proof by induction - a first example

Solving trig equations equal to a positive value

Percentage decrease using a multiplier method

Finding trig equations given a graph

Solutions to Q1 and 2 from factorising worksheet