Students are to use Pythagoras’ Theorem to find the answers to real-life and problem solving questions using these differentiated worksheets.
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A series of card loops involving the counting of British coins.
Available in a variety of abilities, sizes of loop and formats.
This is a bundle featuring the following individual resources:
Money Counting Card Loop - Basic
Money Counting Card Loop - Intermediate
Money Counting Card Loop - Hard
Basic:
This basics card loop uses 2 coins (sum of which is less than £1)
This basics card loop comes in length of 5, 10 and 15 cards.
Intermediate:
This intermediate card loop uses 3 coins (sum of which is less than £1)
This intermediate card loop comes in length of 5, 10, 15, 20, 25, 30 and 35 cards.
Hard:
This hard card loop uses 3 coins (sum of which is between £1 and £5)
This hard card loop comes in length of 5, 10, 15, 20, 25, 30 and 35 cards.
All abilities and size of card loops come in picture/text version and picture/picture version for extra challenge.
Covering year 2 topics however I used it on a low ability year 7 class.
Students are to use Pythagoras’ Theorem to find the difference between two coordinates using these differentiated worksheets.
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The first (and easiest in my opinion) of the circle theorems
Two radii of an isosceles triangle joined by a chord form an isosceles triangle
This a worksheet in a variety of formats with problem-solving and reasoning questions to test this theorem
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One of the easier circle theorems
A radius that meets a chord at 90° perpendicularly bisects it
This a worksheet in a variety of formats with problem-solving and reasoning questions to test this theorem
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PEMDAS, BODMAS, BIDMAS, BEDMAS whatever you call it, this worksheet will help students practice it. This pack contains 3 different worksheets each of which involves finding the answers in a wordsearch grid.
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Plotting straight line graphs using a table of values can be tricky. This resource consists of two worksheets focusing on two-step equations. The first worksheet has four questions focusing on all positive gradients whilst the second has four negative gradients. Each worksheet itself is scaffolded three different ways to allow for optimum understanding.
If you are interested my one-step equations with integer gradients is available for FREE here
Practice collecting like terms using these fun bonfire night/4th of July themed colouring sheets. This pack contains three different worksheets of different levels.
Toffee Apple - Different variables with a power (exponent) of one
Rocket/Firework - Different variables with constants and variables multiplied together e.g. 3xy and 2yx = 5xy
Campfire - Different variables of different powers (exponents)
If you haven’t heard your students talking about Among Us then where have you been?
100 million people play the social deduction game Among Us and the kids love talking about it. This activity involves plotting coordinates.
This worksheet comes in 1 and 4 quadrants as well as a higher and lower details version (with and without shadow detail).
As an extension, in the game characters can have hats and pets. Why not have students plot their chosen hat or pet and list the coordinates for someone else to draw.
Among Us is the intellectual property of Inner Sloth, no copyright infringement intended.
PowerPoint and Slides lesson involving introducing the concept of ratios and writing them from given quantities and drawing diagrams given ratios.
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PowerPoint and Slides lesson involving introducing the concept of ratios and writing them from given quantities and drawing diagrams given ratios and accompanying worksheet.
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PowerPoint and Slides lesson involving simplifying integer ratios, metric unit ratios and finding missing values in equivalent ratios.
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This is a fun and engaging way to practice multiplying indices (or exponents). This resource is a colour by numbers type activity which shading the square containing the answer the same pattern as suggested by the question.
This comes with 3 different pattern worksheets - simplifying integer ratios, simplifying integer ratios and metric unit ratios and finally simplifying integer and metric unit ratios and finding missing values in equivalent ratios.
Eight differentiated worksheets practicing expanding single brackets from a(x+b) to -ax(-bx-c). Comes in two forms, individual colouring version for students and a larger version for cutting out to display in the classroom.
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PowerPoint and Slides lesson involving simplifying integer and metric unit ratios and finding the missing values of an equivalent ratio and accompanying worksheet.
Please read previews before purchase