1. Write the fraction at the marked point.
Answer: __________________
Proper · improper · mixed numbers
Generate equal-interval number lines from 0 to 1, 2, or 3 wholes. Students can identify a marked fraction, plot a requested fraction, or write the same point as an improper fraction and mixed number.
Live worksheet preview
Equal intervals · 0 to 2 · Seed 260913
1. Write the fraction at the marked point.
Answer: __________________
2. Write the fraction at the marked point.
Answer: __________________
3. Write the fraction at the marked point.
Answer: __________________
4. Write the fraction at the marked point.
Answer: __________________
5. Write the fraction at the marked point.
Answer: __________________
6. Write the fraction at the marked point.
Answer: __________________
7. Write the fraction at the marked point.
Answer: __________________
8. Write the fraction at the marked point.
Answer: __________________
A fraction number line only works when the equal parts are counted correctly. The generator builds each line from exact fraction arithmetic: a point at tick 7 on a line marked in fourths is stored as 7/4 and drawn at the seventh of eight equal intervals on a 0 to 2 line, so the picture and the answer key always agree.
Alternate the identify, plot and mixed-number tasks within one worksheet. Identifying a point checks that students can read the scale; plotting a requested fraction checks that they can build it; writing both the improper fraction and the mixed number shows they understand the two names for the same location.
A practical match for the skill this worksheet practises, not a claim that one worksheet teaches or assesses the whole standard. Check the official math standards.
Related generators: Compare & order fractions · Mixed numbers & improper fractions · Compare & order decimals
A fraction on a number line is a distance from zero, not a name for a tick mark. That shift is what makes the linear model harder than shaded bars and circles, and it is why the standards keep returning to it: locating and plotting fractions on a line underpins CCSS 3.NF.A.2, equivalence and comparison in 3.NF.A.3 and 4.NF.A, and later the placement of negative rationals in 6.NS.C.6. Keep one denominator fixed until students plot and read fluently, then raise it; move to the 0–2 and 0–3 ranges only once improper values past the first whole are stable.
Counting tick marks instead of intervals. On a line split into fourths, the point three intervals from zero is 3/4; students who count marks often say 4/4. Ask “how many equal jumps from zero?”
Restarting the count at each whole. On a 0–2 line the tick one fourth past 1 is 5/4, not 1/4. Improper + mixed mode forces both names for that single point.
Reading the denominator off the wrong span. The denominator is the number of equal parts in one whole, not the number of ticks across the entire line.
Choose 0–1 for proper fractions, 0–2, or 0–3 when students are ready to locate improper fractions and mixed numbers beyond one whole.
Yes. Each whole is divided into the selected denominator, and every tick interval is generated at the same mathematical width.
Yes. Use Plot a fraction for a blank line with equal ticks, Identify marked fraction for a point-reading task, or Improper + mixed forms to connect both notations.
Yes. Answers are based on integer tick positions and denominators, not approximate screen coordinates.
Yes. Direct PDF export supports US Letter and A4 with an optional answer-key page.