Enlargement Lesson - Observation quality free resource Clear, comprehensive PowerPoint presentation. All answers / activities included. Frame-worked worksheets - please laminate and allow students to draw on using whiteboard pens. Ideal for lower ability students. Graded outstanding when last observed (2010).

Full lesson. Differentiated activities. Frame-worked worksheets. Kin-aesthetic card activity. Tick or trash student assessor plenary. If you use it, please review it!

Angles in Parallel Lines Matching Activity. Differentiated activity - 18 questions to match, 3 levels of difficulty. Calculate missing angles in parallel line problems involving… RED: F, C, Z; AMBER: F, C, Z plus either angles on a line or opposite angles; GREEN: Substitution to calculate given angle, parallelogram, trapezium. Answers provided on a fully editable PowerPoint.

Mean from a Frequency Table frame-worked worksheets x 2 Mean from an ungrouped frequency table worksheet - 12 Questions. Differentiation: option 1 - students complete questions without support in their books. option 2 - students use the frame-worked questions (support decreases as the exercise continues). Mean from a grouped frequency table worksheet - 12 Questions. Differentiation: as above. All answers provided on excel spreadsheet. Worksheets are fully editable. Note: This activity forms part of the following lesson: Mean from a Frequency Table

Area of a circle Matching Activity 12 questions to match. Answers provided on animated PowerPoint slides. Three levels of difficulty: RED: Radius given - find area. AMBER: Diameter given - find area. GREEN: Area given - find diameter. Note: This activity forms part of the following lesson: Area of a circle lesson

Percentage Change Matching Activity 12 percentage change questions to match up. Includes percentage increase and decrease. Answers provided on an animated PowerPoint. Note: This activity forms part of the following lesson: Percentage Change Lesson

Reverse Percentage Problems Matching Activity. 12 Questions to match to the original price. Answers provided on animated PowerPoint Slides. Note: This activity forms part of the following lesson:Reverse Percentage Problems Lesson

Differentiated rounding activity. In each game board 4 mystery numbers have been rounded 4 different ways. The students must group ‘families’ of numbers together in the table and provide suggestions of what the original number could be. Each board contain 16 rounded numbers. There are 3 game boards: Red: Rounding to the nearest 1000, 100, 10 and unit. Amber: Rounding to the nearest 10, unit, 1 and 2 decimal places. Green: Rounding to the nearest 1 and 2 decimal places, 2 and 3 significant figures.

Perfect for a ‘mastery’ teaching approach. Boost students’ confidence using and applying mathematical vocabulary. Includes 24 cards to match. Topics covered: 2D/3D terminology: faces; edges; vertices; regular polygon; irregular polygon; parallel; perpendicular; congruent; rotational symmetry; line symmetry. Angles: right angle; acute; obtuse; reflex; interior; exterior. Circles: radius; diameter; chord; tangent; circumference; segment; sector. Answers provided on an animated PowerPoint.

Multiplying indices problem solving activity. A fun problem solving activity that covers multiplying indices. Multiply the term on the outermost spinner by the adjacent term on the centre spinner. Turn the discs such that the calculation equates to the value on innermost spinner. To solve the puzzle all answers should line up correctly (SET A). Or for a harder challenge ask students to fill in the blanks by thinking of their own questions (SET B). Blank discs are included (SET C) to mix and match with Sets A and B. A perfect starter activity, plenary or extended pair / group task.

Fractional & negative indices problem solving activity. A fun problem solving activity that covers fractional and negative indices. Work out the value of the indices questions on the outer two spinners and turn the discs such that adjacent values are equal. Add a third inner spinner or mix it up with blank spinners and get students to write on equivalent values. To solve the puzzle all answers should line up correctly (SET A). Or for a harder challenge ask students to fill in the blanks by thinking of their own questions (SET B). Blank discs are included (SET C) to mix and match with Sets A and B. A perfect starter activity, plenary or extended pair / group task.

Dividing Indices A fun problem solving activity that covers dividing indices. Divide the term on the outermost spinner by the adjacent term on the centre spinner. Turn the discs such that the calculation is equal to the value on innermost spinner. To solve the puzzle all answers should line up correctly (SET A). Or for a harder challenge ask students to fill in the blanks by thinking of their own questions (SET B). Blank discs are included (SET C) to mix and match with Sets A and B. A perfect starter activity, plenary or extended pair / group task.

#Christmas #number #bonds #10 Number bonds to 10 activity. Hang the Christmas baubles on the tree to make 10. Cut out and stick or laminate and reuse.

#Christmas #number #bonds #20 Christmas number bonds to 20 activity. Hang the baubles on the tree to make 20. Cut and stick or laminate and reuse.

Simplifying surds problem solving activity A fun problem solving activity that covers simplifying surds. Simplify the surds on the outer two spinners and turn the discs such that adjacent surd values are equal. Add a third inner spinner or mix it up with blank spinners and get students to write on equivalent values. To solve the puzzle all answers should line up correctly (SET A). Or for a harder challenge ask students to fill in the blanks by thinking of their own questions (SET B). Blank discs are included (SET C) to mix and match with Sets A and B. A perfect starter activity, plenary or extended pair / group task.

Prime Property Compound Interest Game Game Play: Players compete against one another to amass the most wealth over a predetermined number of laps around the board. Whilst buying property is secure its value will not increase or decrease. Only cash balances will fluctuate due to compound interest. All players begin at the square labelled ‘Start’. Each player begins with $100 Each player will role the dice and move the required number of places around the board. Each square represents a percentage increase or decrease. The number of places moved represents the number of years of compound interest. Player 1 rolls the dice, moves their counter the required number of spaces and calculates a revised budget. Once your new budget has been calculated you can now ‘buy’ a property. On your next go you will repeat the process using the remaining cash balance calculated on your last turn as your starting value. Should you choose to sell your property to buy another you simply swap the cards, but remember to keep a note of your cash balance.

Christmas number bonds to 10 or 20 2 x Christmas number bond activity. Hang the baubles on the tree to make 10 or 20.

HCF, LCM and Prime Factor decomposition lesson. Includes animated PowerPoint presentation, differentiated activities, frame-worked worksheets and a starter matching activity. Covers factors, multiples, HCF, LCM and prime factor decomposition. You may also like: Circle Theorems

Differentiated card match starter activity. Clear, comprehensive PowerPoint presentation. 3 tiers of difficulty in main activity. Assessment for learning based plenary linked to learning outcomes.

Circle Theorem Rules Matching Activity Match 8 diagrams to the Circle theorem description. Differentiated activity - 3 options. 1) Match the cards 2) Match the cards and fill in key words. 3) Write the rules from memory.