Practice and check
Worked example
Count the colored equal parts for the numerator and all equal parts for the denominator.
2 ÷ 5 = 2/5
- 2 ÷ 5 = 2/5
Check answers after trying
1: 2/5 2: 3/8 3: 2/6 4: 4/9 5: 5/10 6: 3/7 7: 4/12 8: 2/4 9: 6/11
Printed order
Tips for Parents
▸ Why It Matters This worksheet drops the small 2- and 3-slice pizzas from earlier practice and moves entirely into wholes cut into 4 up to 12 pieces, including several odd numbers like 5, 7, 9, and 11. Odd-numbered wholes can't be split in half by eye the way even ones can, so your child has to count every slice individually rather than estimating. On top of that, the shaded slices in this set are scattered around the circle instead of forming one solid wedge — for example, the 8-slice pizza has shading on slices 2, 5, and 8 rather than three slices in a row. That scattered pattern means a quick glance at how big the colored area looks is no longer a reliable shortcut, which is exactly the point: your child needs to shift from a visual sense of size toward an actual count of parts. ▸ Getting Started Have your child count the shaded slices out loud first, then count every slice in the whole pizza before writing anything down, saying it as "X out of Y." For the bigger circles, it helps to point at each slice as they count so none get skipped or counted twice. Because the shaded pieces aren't grouped together here, encourage your child to scan the whole circle methodically — starting at the top and working all the way around — rather than only checking the area that looks colorful at first glance. If your child finds it easier, they can also lightly tick each slice on scratch paper as they go, one mark for shaded and one for unshaded, until every piece has been accounted for. ▸ If They Get Stuck On the 11-slice or 9-slice pizzas especially, suggest counting in one steady direction around the circle — always clockwise, for example — rather than jumping back and forth between shaded and unshaded slices. If the numerator and denominator get swapped, walk back through "how many slices total" and "how many are colored" together rather than just correcting the answer. A common mistake at this stage is skipping a thin sliver near the top or bottom of the circle because it's harder to see clearly — if a count seems off by one, that's usually the first place to look again. ▸ Praise Points Notice when your child counts an odd-numbered whole like 7 or 11 slices carefully all the way around instead of guessing — that patience with wholes too large to eyeball is exactly the skill this worksheet is building. It's also worth praising the moment they catch themselves double-counting a slice and self-correct, since that kind of self-checking habit will serve them well on every fraction worksheet that follows.
What This Worksheet Builds
This worksheet removes the easy two- and three-slice pizzas from earlier practice and works only with larger wholes cut into four to twelve pieces, including odd numbers such as five, seven, nine, and eleven that cannot be split in half by eye. The shaded slices are also scattered around the circle instead of forming one block, so glancing at how big the colored area looks is no longer reliable. Your child must scan the circle and count every slice one by one to find the true fraction.
Next Step
Once your child counts odd-numbered wholes confidently without guessing and can track scattered shading around a circle without losing count, move on to fraction-basic-04, which mixes small and large wholes together and combines both grouped and scattered shading patterns within a single set, giving practice switching strategies from one problem to the next rather than relying on one fixed counting habit throughout the whole page.