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Fractions Basic 2 - Mixed Arrangements

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Look at the shaded part and write it as a fraction.

Practice and check

Worked example

Count the colored equal parts for the numerator and all equal parts for the denominator.

2 ÷ 4 = 2/4

  1. 2 ÷ 4 = 2/4
Check answers after trying

1: 2/4 2: 3/6 3: 2/5 4: 4/8 5: 3/9 6: 5/10 7: 3/7 8: 6/12 9: 2/6

Printed order

Next worksheet: Fractions Basic 3 - Bigger Wholes

Shared practice guide

Tips for Parents

▸ Why It Matters This worksheet uses the same 2-to-12-slice pizzas as worksheet 1, but the shaded slices are scattered around the circle instead of grouped together. Most pages alternate shaded and blank slices all the way around — an 8-slice pizza goes shaded, blank, shaded, blank — while a 9-slice pizza spreads three shaded wedges evenly apart, leaving long blank gaps between them. The first pizza, a simple 4-slice shape with two opposite shaded pieces, is filled in as a worked example, and the last shape — a 6-slice pizza — repeats that same pattern so the page ends on something familiar. Because the color is never clumped, your child must scan the whole shape rather than glance at one wedge and guess. ▸ Getting Started Have your child count the shaded slices out loud one at a time, touching each with a finger so none are skipped or counted twice, then count the total slices the same way and say both together as "X out of Y." A prompt like "let's find every colored piece first" reminds them to look all the way around instead of stopping at the first wedge they notice. Use the worked 4-slice example as a warm-up, then have your child spot that same opposite-pair layout in the last, 6-slice pizza. If it helps, cut a real pizza or paper circle into equal parts so they can touch and count the pieces by hand; marking each shaded piece as they go can stop double-counting. ▸ If They Get Stuck The most common slip is spotting a cluster of two or three shaded slices together, counting those, and missing a lone shaded slice on the far side — this happens most on the 9- and 7-slice pizzas, where the gaps between shaded wedges are uneven. Have them trace the whole outline with a finger, starting anywhere and going around exactly once, before counting again. Another frequent mix-up is swapping which number goes where; remind them the bottom number (denominator) shows how many equal parts make the whole, and the top number (numerator) shows how many are colored. Show the correct order calmly rather than marking it wrong. ▸ Praise Points Point out how carefully they tracked pieces spread across the whole shape without recounting the same slice twice or missing the lone one across the circle — that kind of methodical scanning is worth naming out loud, especially on trickier pizzas like the 9- and 12-slice ones where it's easy to lose your place. If they caught themselves mid-count and started over rather than guessing, praise that instinct specifically, since noticing your own mistake and fixing it is just as valuable as getting the count right the first time.

What This Worksheet Builds

This worksheet keeps the same 2-to-12-slice pizzas but scatters the shaded pieces around the circle instead of grouping them together — most pages alternate shaded and blank slices all the way around, while the first and last shapes use a simple opposite-pair pattern as a bridge from worksheet 1. It trains your child to scan an entire shape methodically, tracking scattered pieces without skipping or double-counting, rather than glancing at one clustered wedge and guessing the fraction.

Next Step

Once scattered shading no longer trips them up, move on to fraction-basic-03, which drops the easy 2- and 3-slice pizzas entirely and works only with wholes of 4 to 12 pieces, including several odd numbers like 5, 7, 9, and 11 that can't be split in half by eye. That shift forces your child to count every slice individually instead of relying on quick halves and quarters.