Converting from standard form to an ordinary number, Four in a Row Game Engage your students with this interactive PowerPoint game. Playing as two teams, students take turns answering questions to ‘claim’ each square as their own. The first team to claim four squares in a row (horizontally, vertically and diagonally) is the winner! Students will love this engaging and exciting activity - testing both their mathematical knowledge and tactical brilliance! Objective Convert from standard form to an ordinary number Features PowerPoint file pre-loaded with 24 questions. Full instructions and answers Clickable and interactive to engage students and save you time! Re-usable - this PPT will reset each time you end the game, so it can be used time and time again! Editable - questions can easily be edited to further support or challenge students Playable as a whole class activity or as a 1-1 tuition resource (student vs. tutor).

Convert from an ordinary number to standard form/scientific notation Four in a Row Game Engage your students with this interactive PowerPoint game. Playing as two teams, students take turns answering questions to ‘claim’ each square as their own. The first team to claim four squares in a row (horizontally, vertically and diagonally) is the winner! Students will love this engaging and exciting activity - testing both their mathematical knowledge and tactical brilliance! Objective Convert from an ordinary number to standard form Features PowerPoint file pre-loaded with 24 questions. Full instructions and answers Clickable and interactive to engage students and save you time! Re-usable - this PPT will reset each time you end the game, so it can be used time and time again! Editable - questions can easily be edited to further support or challenge students Playable as a whole class activity or as a 1-1 tuition resource (student vs. tutor).

Algebra, Factorising Quadratics Four in a Row Game Engage your students with this interactive PowerPoint game. Playing as two teams, students take turns answering questions to ‘claim’ each square as their own. The first team to claim four squares in a row (horizontally, vertically and diagonally) is the winner! Students will love this engaging and exciting activity - testing both their mathematical knowledge and tactical brilliance! Objective Factorise Quadratics Features PowerPoint file pre-loaded with 24 questions. Full instructions and answers Clickable and interactive to engage students and save you time! Re-usable - this PPT will reset each time you end the game, so it can be used time and time again! Editable - questions can easily be edited to further support or challenge students Playable as a whole class activity or as a 1-1 tuition resource (student vs. tutor).

Algebra, expanding double brackets Four in a Row game Engage your students with this interactive PowerPoint game. Playing as two teams, students take turns answering questions to ‘claim’ each square as their own. The first team to claim four squares in a row (horizontally, vertically and diagonally) is the winner! Students will love this engaging and exciting activity - testing both their mathematical knowledge and tactical brilliance! Objective Expand and simplify double brackets Features PowerPoint file pre-loaded with 24 questions. Full instructions and answers Clickable and interactive to engage students and save you time! Re-usable - this PPT will reset each time you end the game, so it can be used time and time again! Editable - questions can easily be edited to further support or challenge students Playable as a whole class activity or as a 1-1 tuition resource (student vs. tutor).

Algebra, Finding the Linear Nth Term of a Sequence Four in a Row Game Engage your students with this interactive PowerPoint game. Playing as two teams, students take turns answering questions to ‘claim’ each square as their own. The first team to claim four squares in a row (horizontally, vertically and diagonally) is the winner! Students will love this engaging and exciting activity - testing both their mathematical knowledge and tactical brilliance! Objective Find the nth term of a linear sequence Features PowerPoint file pre-loaded with 24 questions. Full instructions and answers Clickable and interactive to engage students and save you time! Re-usable - this PPT will reset each time you end the game, so it can be used time and time again! Editable - questions can easily be edited to further support or challenge students Playable as a whole class activity or as a 1-1 tuition resource (student vs. tutor).

Algebra, Solving Two-Step Equations Four in a Row Game Engage your students with this interactive PowerPoint game. Playing as two teams, students take turns answering questions to ‘claim’ each square as their own. The first team to claim four squares in a row (horizontally, vertically and diagonally) is the winner! Students will love this engaging and exciting activity - testing both their mathematical knowledge and tactical brilliance! Objective Solve an equation with two-steps Features PowerPoint file pre-loaded with 24 questions. Full instructions and answers Clickable and interactive to engage students and save you time! Re-usable - this PPT will reset each time you end the game, so it can be used time and time again! Editable - questions can easily be edited to further support or challenge students Playable as a whole class activity or as a 1-1 tuition resource (student vs. tutor).

Algebra, Solving One-Step Equations Four in a Row Game Engage your students with this interactive PowerPoint game. Playing as two teams, students take turns answering questions to ‘claim’ each square as their own. The first team to claim four squares in a row (horizontally, vertically and diagonally) is the winner! Students will love this engaging and exciting activity - testing both their mathematical knowledge and tactical brilliance! Objective Solve one-step equations Features PowerPoint file pre-loaded with 24 questions. Full instructions and answers Clickable and interactive to engage students and save you time! Re-usable - this PPT will reset each time you end the game, so it can be used time and time again! Editable - questions can easily be edited to further support or challenge students Playable as a whole class activity or as a 1-1 tuition resource (student vs. tutor).

Algebra, Continuing Linear Sequences Four in a Row Game Engage your students with this interactive PowerPoint game. Playing as two teams, students take turns answering questions to ‘claim’ each square as their own. The first team to claim four squares in a row (horizontally, vertically and diagonally) is the winner! Students will love this engaging and exciting activity - testing both their mathematical knowledge and tactical brilliance! Objective Continue a linear sequence (including positive, negative and decimal numbers) Features PowerPoint file pre-loaded with 24 questions. Full instructions and answers Clickable and interactive to engage students and save you time! Re-usable - this PPT will reset each time you end the game, so it can be used time and time again! Editable - questions can easily be edited to further support or challenge students Playable as a whole class activity or as a 1-1 tuition resource (student vs. tutor).

Algebra, Expanding single brackets Four in a Row Game Engage your students with this interactive PowerPoint game. Playing as two teams, students take turns answering questions to ‘claim’ each square as their own. The first team to claim four squares in a row (horizontally, vertically and diagonally) is the winner! Students will love this engaging and exciting activity - testing both their mathematical knowledge and tactical brilliance! Objective Expand single brackets Features PowerPoint file pre-loaded with 24 questions. Full instructions and answers Clickable and interactive to engage students and save you time! Re-usable - this PPT will reset each time you end the game, so it can be used time and time again! Editable - questions can easily be edited to further support or challenge students Playable as a whole class activity or as a 1-1 tuition resource (student vs. tutor).

2D shape worksheet focusing on naming/identifying different 2D shapes. Works well accross KS2. This includes a worksheet containing 10+ questions. They can either be printed and completed as a worksheet, or presented on a board for student(s) to see. The maze requires the student to calculate the answer to a question, then select the correct answer and follow their way around the maze. When they answer the last question, they will end on one of four shapes (circle, star, heart, moon). Objective: Identify the name of 2D shapes (shapes included: rectangle, trapezium, parallelogram, heptagon, pentagon, right angled triangle, hexagon, octagon) Features: PDF file containing 2 printable worksheets and answers 10+ questions all related to the above objectives Includes self-checking elements - questions will lead to a dead end if they’ve been answered incorrectly Questions increase in difficulty as you progresses, to stretch and challenge students.

Four operations worksheet focusing on adding, subtracting, multiplying and dividing. Works well accross KS2. This includes a worksheet containing 10+ questions. They can either be printed and completed as a worksheet, or presented on a board for student(s) to see. The maze requires the student to calculate the answer to a question, then select the correct answer and follow their way around the maze. When they answer the last question, they will end on one of four shapes (circle, star, heart, moon). Objective: Add (within 1000), subtract (within 1000), multiply (2 digits by 1 digit) and divide (3 digits by 1 digit) Features: PDF file containing 2 printable worksheets and answers 10+ questions all related to the above objectives Includes self-checking elements - questions will lead to a dead end if they’ve been answered incorrectly Questions increase in difficulty as you progresses, to stretch and challenge students.

Addition questions self-checking puzzle maze printable worksheets, focused on adding numbers to 100 and adding numbers within 1000. Works well accross KS1 and KS2. This includes 2 worksheets, each containing 10+ questions. They can either be printed and completed as a worksheet, or presented on a board for student(s) to see. The maze requires the student to calculate the answer to a question, then select the correct answer and follow their way around the maze. When they answer the last question, they will end on one of four shapes (circle, star, heart, moon). Objective: add numbers within 100 add numbers within 1000 Features: PDF file containing 2 printable worksheets and answers 10+ questions all related to the above objectives Includes self-checking elements - questions will lead to a dead end if they’ve been answered incorrectly Questions increase in difficulty as you progresses, to stretch and challenge students.

Multiplication questions self checking puzzle maze printable worksheets, focused on times tables up to 12x12. Works well across KS1, KS2 and KS3. Great for the year 4 times table check. This includes 2 worksheets, each containing 10+ questions (one sheet contains calculations up to 5 times tables, the other includes questions up to 12x12. They can either be printed and completed as a worksheet, or presented on a board for student(s) to see. The maze requires the student to calculate the answer to a question, then select the correct answer and follow their way around the maze. When they answer the last question, they will end on one of four shapes (circle, star, heart, moon). Objective: Use multiplication facts up to 12 x 12 Features: PDF file containing a 2 printable worksheets and answers 10+ questions all related to the above objectives Includes self-checking elements - questions will lead to a dead end if they’ve been answered incorrectly Questions increase in difficulty as you progresses, to stretch and challenge students.

Subtraction questions self checking puzzle maze printable worksheets, focused on subtracting numbers to 1000. Works well accross KS1, KS2. This includes 2 worksheets, each containing 10+ questions. They can either be printed and completed as a worksheet, or presented on a board for student(s) to see. The maze requires the student to calculate the answer to a question, then select the correct answer and follow their way around the maze. When they answer the last question, they will end on one of four shapes (circle, star, heart, moon). Objective: Subtract numbers within 1000 Features: PDF file containing a printable worksheets and answers 10+ questions all related to the above objectives Includes self-checking elements - questions will lead to a dead end if they’ve been answered incorrectly Questions increase in difficulty as you progresses, to stretch and challenge students.

Subtraction questions self checking puzzle maze printable worksheets, focused on subtracting numbers to 100. Works well accross KS1, KS2. This includes 2 worksheets, each containing 10+ questions. They can either be printed and completed as a worksheet, or presented on a board for student(s) to see. The maze requires the student to calculate the answer to a question, then select the correct answer and follow their way around the maze. When they answer the last question, they will end on one of four shapes (circle, star, heart, moon). Objective: Subtract numbers within 100 Features: PDF file containing a printable worksheets and answers 10+ questions all related to the above objectives Includes self-checking elements - questions will lead to a dead end if they’ve been answered incorrectly Questions increase in difficulty as you progresses, to stretch and challenge students.

Maths rounding a decimal number (with up to 2 decimal places) to the nearest integer/whole number codebreaker worksheet. Calculate the answers to the codebreaker and reveal the name of a famous mathematician! Perfect for use within KS2 and KS3. The mathematician on this worksheet is Emmy Noether. About This worksheet contains 24 (one for each letter of the alphabet) questions. Students calculate answers, then use these answers to match up the letters to decode the name at the bottom of the sheet. The codebreaker at the bottom can be cut off and held back until students have completed the questions (if you’re worried they may just try to complete the codebreaker!). As an additional idea, present a profile to the class about the famous mathematician once they’ve decoded their name - It’s always great to learn about the people that make maths what it is today! Includes PDF file containing the blank A4 worksheet (in colour and greyscale versions), and a sheet with the answers.

Maths rounding to the nearest 100 codebreaker worksheet. Calculate the answers to the codebreaker and reveal the name of a famous mathematician! Perfect for use within KS2 and KS3. The mathematician on this worksheet is Ada Lovelace. About This worksheet contains 24 (one for each letter of the alphabet) questions. Students calculate answers, then use these answers to match up the letters to decode the name at the bottom of the sheet. The codebreaker at the bottom can be cut off and held back until students have completed the questions (if you’re worried they may just try to complete the codebreaker!). As an additional idea, present a profile to the class about the famous mathematician once they’ve decoded their name - It’s always great to learn about the people that make maths what it is today! Includes PDF file containing the blank A4 worksheet (in colour and greyscale versions), and a sheet with the answers.

Maths rounding to the nearest 10 codebreaker worksheet. Calculate the answers to the codebreaker and reveal the name of a famous mathematician! Perfect for use within KS2 and KS3. The mathematician on this worksheet is Isaac Newton. About This worksheet contains 24 (one for each letter of the alphabet) questions. Students calculate answers, then use these answers to match up the letters to decode the name at the bottom of the sheet. The codebreaker at the bottom can be cut off and held back until students have completed the questions (if you’re worried they may just try to complete the codebreaker!). As an additional idea, present a profile to the class about the famous mathematician once they’ve decoded their name - It’s always great to learn about the people that make maths what it is today! Includes PDF file containing the blank A4 worksheet (in colour and greyscale versions), and a sheet with the answers.

Maths times tables/multiplication tables upto 12x12 codebreaker worksheet. Calculate the answers to the codebreaker and reveal the name of a famous mathematician! Perfect for use within KS2 and KS3, for practicing for the year 4 times table check. The mathematician on this worksheet is Sophie Germain. About This worksheet contains 24 (one for each letter of the alphabet) questions. Students calculate answers, then use these answers to match up the letters to decode the name at the bottom of the sheet. The codebreaker at the bottom can be cut off and held back until students have completed the questions (if you’re worried they may just try to complete the codebreaker!). As an additional idea, present a profile to the class about the famous mathematician once they’ve decoded their name - It’s always great to learn about the people that make maths what it is today! Includes PDF file containing the blank A4 worksheet (in colour and greyscale versions), and a sheet with the answers.

Maths number adding/addition within 100 codebreaker activity. Calculate the answers to the codebreaker and reveal the name of a famous mathematician! Perfect for use within KS1 and KS2. The mathematician on this worksheet is Katherine Johnson. About This worksheet contains 24 (one for each letter of the alphabet) questions. Students calculate answers, then use these answers to match up the letters to decode the name at the bottom of the sheet. The codebreaker at the bottom can be cut off and held back until students have completed the questions (if you’re worried they may just try to complete the codebreaker!). As an additional idea, present a profile to the class about the famous mathematician once they’ve decoded their name - It’s always great to learn about the people that make maths what it is today! Includes PDF file containing the blank A4 worksheet (in colour and greyscale versions), and a sheet with the answers.