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Partitioning Shapes into Equal Areas — Easy Worksheet 1
Grade 3 · MathSheets Name: ____________________ Date: __________
Look at how each shape is split, then answer the question.
How to solve
When a shape is split into equal parts, every part has the same area. If there are 4 equal parts, each part is 14 of the whole area. Parts are only "equal" if they are the same size.
Example
The shape is split into equal parts. What fraction of the whole area is the shaded part?
Answer: 13
Not quite. The answer is
💡 Count the equal parts: there are 3. One of them is shaded, so the shaded part is 13 of the whole area.
✓ Correct!
Not quite. The answer is
💡 Count the equal parts: there are 3. One of them is shaded, so the shaded part is 13 of the whole area.
💡 How to solve: Partitioning Shapes into Equal Areas
When a shape is split into equal parts, every part has the same area. If there are 4 equal parts, each part is 14 of the whole area. Parts are only "equal" if they are the same size.
Try a similar one
Is this rectangle split into equal parts? Write yes or no.
✓ You've got it! Press Next to keep going. Not yet — the answer is . Read the steps above once more.
Not quite. The answer is
💡 All 2 parts are the same size, so the parts are equal. The answer is yes.
✓ Correct!
Not quite. The answer is
💡 All 2 parts are the same size, so the parts are equal. The answer is yes.
💡 How to solve: Partitioning Shapes into Equal Areas
When a shape is split into equal parts, every part has the same area. If there are 4 equal parts, each part is 14 of the whole area. Parts are only "equal" if they are the same size.
Try a similar one
The shape is split into equal parts. What fraction of the whole area is the shaded part?
✓ You've got it! Press Next to keep going. Not yet — the answer is . Read the steps above once more.
Not quite. The answer is
💡 Count the equal parts: there are 4. One of them is shaded, so the shaded part is 14 of the whole area.
✓ Correct!
Not quite. The answer is
💡 Count the equal parts: there are 4. One of them is shaded, so the shaded part is 14 of the whole area.
💡 How to solve: Partitioning Shapes into Equal Areas
When a shape is split into equal parts, every part has the same area. If there are 4 equal parts, each part is 14 of the whole area. Parts are only "equal" if they are the same size.
Try a similar one
The shape is split into equal parts. What fraction of the whole area is the shaded part?
✓ You've got it! Press Next to keep going. Not yet — the answer is . Read the steps above once more.
Not quite. The answer is
💡 Count the equal parts: there are 3. One of them is shaded, so the shaded part is 13 of the whole area.
✓ Correct!
Not quite. The answer is
💡 Count the equal parts: there are 3. One of them is shaded, so the shaded part is 13 of the whole area.
💡 How to solve: Partitioning Shapes into Equal Areas
When a shape is split into equal parts, every part has the same area. If there are 4 equal parts, each part is 14 of the whole area. Parts are only "equal" if they are the same size.
Try a similar one
The shape is split into equal parts. What fraction of the whole area is the shaded part?
✓ You've got it! Press Next to keep going. Not yet — the answer is . Read the steps above once more.
Not quite. The answer is
💡 One part is much bigger than the others. Equal parts must all be the same size, so the answer is no.
✓ Correct!
Not quite. The answer is
💡 One part is much bigger than the others. Equal parts must all be the same size, so the answer is no.
💡 How to solve: Partitioning Shapes into Equal Areas
When a shape is split into equal parts, every part has the same area. If there are 4 equal parts, each part is 14 of the whole area. Parts are only "equal" if they are the same size.
Try a similar one
The shape is split into equal parts. What fraction of the whole area is the shaded part?
✓ You've got it! Press Next to keep going. Not yet — the answer is . Read the steps above once more.
Not quite. The answer is
💡 Count the equal parts: there are 4. One of them is shaded, so the shaded part is 14 of the whole area.
✓ Correct!
Not quite. The answer is
💡 Count the equal parts: there are 4. One of them is shaded, so the shaded part is 14 of the whole area.
💡 How to solve: Partitioning Shapes into Equal Areas
When a shape is split into equal parts, every part has the same area. If there are 4 equal parts, each part is 14 of the whole area. Parts are only "equal" if they are the same size.
Try a similar one
The shape is split into equal parts. What fraction of the whole area is the shaded part?
✓ You've got it! Press Next to keep going. Not yet — the answer is . Read the steps above once more.
Not quite. The answer is
💡 Count the equal parts: there are 6, so the bottom number is 6. 5 of them are shaded, so the top number is 5. The fraction is 56.
✓ Correct!
Not quite. The answer is
💡 Count the equal parts: there are 6, so the bottom number is 6. 5 of them are shaded, so the top number is 5. The fraction is 56.
💡 How to solve: Partitioning Shapes into Equal Areas
When a shape is split into equal parts, every part has the same area. If there are 4 equal parts, each part is 14 of the whole area. Parts are only "equal" if they are the same size.
Try a similar one
The shape is split into equal parts. What fraction of the whole area is the shaded part?
✓ You've got it! Press Next to keep going. Not yet — the answer is . Read the steps above once more.
Not quite. The answer is
💡 One part is much bigger than the others. Equal parts must all be the same size, so the answer is no.
✓ Correct!
Not quite. The answer is
💡 One part is much bigger than the others. Equal parts must all be the same size, so the answer is no.
💡 How to solve: Partitioning Shapes into Equal Areas
When a shape is split into equal parts, every part has the same area. If there are 4 equal parts, each part is 14 of the whole area. Parts are only "equal" if they are the same size.
Try a similar one
The shape is split into equal parts. What fraction of the whole area is the shaded part?
✓ You've got it! Press Next to keep going. Not yet — the answer is . Read the steps above once more.
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Partitioning Shapes into Equal Areas — Easy Worksheet 1
Look at how each shape is split, then answer the question.