angles in a straight line, angles at a point, vertically opposite angles, parallel lines and associated angles, angles in a triangle, angles in a quadrilateral, interior and exterior angles of regular polygons, CW, HW, useful revision for Year 7-11, with solutions (answers need checking please), leave a positive comment; it helps!!!

Agebraic proofs, GCSE, Higher Tier, KS4, grades A and A*, challenging, examination style questions, with answers/solutions, CW, HW, calss discussion

Simplifying Algebraic Fractions, GCSE Higher Tier Examination Style Questions (A/A* Grade), challenging, with answers, Classwork, HW, involves factorisation of quadratic expressions, difference of two squares

Congruent triangles KS3 KS4 non-claculator. Includes examination style questions, some challenging questions. Includes areas of kite and rhombus, Pythagoras' Theorem, some basic circle theorems, isosceles triangles, area of a triangle. Useful for revision, classwork and homework. Also includes notes on conditions for congruency and why SSA and AAA do not work. Positive feedback always welcome and helps.

Addition and subtraction of algebraic fractions, solving equations with algebraic fractions, includes many leading to solving quadratic equations by factorisation, completing the square or use of formula, (surds), with solutions (check answers, please), exam type questions, KS4 Higher Tier, challenging, useful for CW, HW, some accessible to accelerated KS3 students. Please leave a comment; it helps!

Applications of Simultaneous equations, GCSE Higher, with solutions, includes one linear and one quadratic, area and perimeter, advanced trigonometry or Pythagoras' Theorem, calculator allowed, accessible to accelerated groups, suitable for revision, challenging for some.

completing the square for Years 10 and 11 and useful practice for Year 12 Core C1 Unit. Answers provided but need checking, please!

Algebra: Simplifying Algebraic Expressions, Expanding Brackets, Solving Linear Equations with and without brackets, Applications (includes area and perimeter, angles in a triangle, isosceles triangle), KS3, KS4. Useful for revision, classwork, HW, with solutions (answers need checking, please), positive comments are welcome and do help.

rotations, finding the centre and angle of rotation, mixed transformations, Drawing the prescribed rotation,KS3 and KS4 with answers

Expressing percentages as decimals and fractions and back. KS3KS4 (may be accessible to KS2 top end). Includes equivalent fractions, working out a fraction/percentage of a number, comparing fractions, shading a fraction of a shape.Some questions may be challenging and will hopefully invite/instigate good classroom discussions. Answers provided but need checking, please. May be used for HW, CW or some questions as starters.

Maths woksheets useful for classwork and homework. Enlargements by scale factor, KS3 and KS4 Years 7-11

May be laminated and used as posters. One page has 11 questions and answers are included. I hope it is of some use. Please leave a comment if you find it useful. Not sure about its use at KS2.

Factorisation of Quadratics and other expressions, goes beyond GCSE, includes applications, cubics, KS4 Higher with solutions, write on, useful for Year 12 C1 revision, word version available upon request, CW, HW. Non-Calculator.

Similar triangles and shapes, KS3 and KS4, Non-calculator, includes circle theorems, Pythagoras' Theorem, calculating areas of similar triangles, one real life application, challenging for some, useful as classwork and discussion, HW, revision for GCSE and end of year assessments, with solutions (answers need checking, please)

Solving quadratic equations, including use of the Formula or completing the square, with solutions (answers need checkng, please), challenging and a couple of questions go beyond GCSE, useful for CW, HW, revision for Years 10, 11 and 12 (C1). Accessible to accelerated Year 9 students. Non-Calculator.

This is a comprehensive collection of activities for students to read, interpret, and create bar charts and pictograms. It is colurful.<br /> There are 35 pages with 20 questions (61 including parts). <br /> Answers/Solutions are included with diagrams.<br /> It includes an ASSESSMENT (15-20 minutes) with a markscheme.<br /> Useful for revision in KS3 and GCSE (Foundation).

Two sections each with questions and detailed solutions.<br /> An assessment (approximately 30 minutes) with a markscheme is included.<br /> A page of notes on congruency is also included.<br /> Accessible to KS3 and KS4. <br /> This resource may prove very useful as a tool for revision for GCSE.<br /> Applications to circle questions and the use of Pythagoras’ Theorem are included.<br /> Some questions may be challenging for some.<br />

Assessment on circle theorems with complete solutions/answers and markscheme.<br /> 6 main questions (18 including parts, total number of marks allocated = 40, suggested time=40mins). <br /> I suggest No calculators allowed but it’s up to you, depending on your group.<br /> A 7th question (4 parts) is added for those who want to use it.<br /> With the 7th question, the total number of marks = 50.<br /> Time = 50mins. This is flexible.<br /> You may just want to set it as an assigment or for revision<br />

Translations, worksheet, with answers, Years 7-11 classwork, HW,useful

Graphing integer coordinates with some 0.5 to get a mystery picture(s). <br /> 10 activities/tasks, each task has its own graph paper provided with axes numbered and extra graph paper included at the end.<br /> Answers/mystery pictures included.<br /> These have been designed to encourage group work or may be done individually if desired and may also be set as homework assignments.<br /> (Brings in symmetry/reflections along a vertical line).<br /> Years 5-8 Homeschool<br />

Introducing addition and subtraction of directed numbers using number patterns to complete torture squares and drawing conclusions. This is an investigative approach where it is hoped that students will find a rule or rules to add and subtract integers. Mixed exercise included and some 'decimal' ones. Should challenge some students, I hope. May be suitable for some KS4 students and top end of KS2. Answers are given but please check them as it is easy to make errors! If you find errors, please let me know so that I may correct them for the benefit of all!