51ºÚÁÏ

Exploring solving Simultaneous Equations where one equation is non-linear [quadratic]. Examples include factorising the quadratic, solving the quadratic with the formula, making the equations eqaul to each other rather than substituting. Full worked examples of all skills. Question slide broken into skills. All answers included.

GCSE Higher Lesson. Converting between decimal time and time in hours and minutes. Starter finding days between two dates. Worked examples. Question slides. Entering time on a calculator. Worksheet reviewing lesson. All answers included.

Lesson looking at how we simplify rations which have either decimals or fractions as their component shares. Starter reviews simplifying and sharing with integer shares. Ratios with decimals looks at multiplying by powers of 10 and then simplifying where appropriate. Ratios with fractions looks at examples with common denominators and with different denominators. Differentiated slides on each topic. All worked examples and question slides include answers.

Lesson recapping gradient and y-axis intercept from y=mx + c. Structured examples on why and how some equations need to be rearranged to find the gradient and intercept. Worksheet with examples. Codebreaker activity included. All answers included.

Choose 9 answers from a grid of 16. 3 different games. All answers included.

GCSE Higher Lesson. Understand a proportional relationship and how it appears. Solve problems involving ratios changing using equivalence. Starter, worked examples, worksheet(different questions, same formats), all answers included

Choose 9 answers from a grid of 16. 3 different games. All answers included.

Choose 9 numbers from a grid of 16. 3 different games. All answers included.

Choose 9 answers from a grid of 16. 3 different games. All answers included.

9-1 GCSE lesson covering square, cube, triangular numbers, Fibonacci sequence and connections between them. Includes 10 investigative questions on square and cube numbers [answers included].

Starter looks at factorising numbers using square numbers as one of the factors. Rational and Irrational numbers are explained and defined. Surds are then defined and explained in the context of square roots. Simplifying a surd is demonstrated and full simplification is explained using root 48. Question slides on each skill included. All answers provided.

Looks at how we know what equations to write to solve problems. Starter includes solving equations and substitution. Examples written to trigger a structured method. Full worked examples and questions. Extension slide includes non-linear example, an example where one answer is nonsensical and one example using ratios. All answers included.

Lesson covering algebraic definitions of consecutive, odd and even numbers. Proofs looked at 1] Prove that an expression is a multiple 2] Prove that two expressions are equal 3] Proofs involving properties of odd/even numbers. All skills are introduced through worked examples and have question slides. All answers included.

Recognise and use the graph of an inverse proportion relationship.

Recognise and use the graph of a direct proportion relationship. Review of straight line graphs. Link with directly proportional graphs and +ve x-axis. Worked examples and questions

Concentrating on one theorem. Explanation of the theorem. Two worked examples. 6 questions. Starter included. All answers, worked through, included.

Concentrating on one theorem. Explanation of the theorem. Two worked examples. 6 questions. Starter included. All answers, worked through, included.

Finding the gradient and intercept from the equation y = mx + c. Choose 9 answers from a grid of 16. 3 different games. All answers included.

Finding the mean, mode, median and range. Choose 9 answers from a grid of 16. 3 different games. All answers included.

Choose 9 numbers from a grid of 16. 3 different games. All answers included.