Interpreting remainders in word problems: Fluency Drill
Grade 4 · Multi-Digit Division · CCSS.Math.4.NBT
- Jack divides 72 marbles equally into 8 bags. How many in each bag? ___
- Iris divides 66 marbles equally into 6 bags. How many in each bag? ___
- Lia divides 64 marbles equally into 8 bags. How many in each bag? ___
- Eli divides 48 marbles equally into 6 bags. How many in each bag? ___
- Jack divides 64 marbles equally into 8 bags. How many in each bag? ___
- Sara divides 27 marbles equally into 3 bags. How many in each bag? ___
This is the preview. Hit "Print this worksheet" above to open a clean, ad-free, one-page version with name and date lines and writing space for each problem. A separate answer key prints on the second page for the grown-up. Tear it off before handing the practice page to your child.
Help students build fluency with Interpreting remainders in word problems using this Grade 4 printable from our Multi-Digit Division series. Aligned to CCSS.Math.4.NBT, the page mixes routine computation, short word problems, and visual models so kids see the same idea from multiple angles.
Because the worksheet is designed for independent practice, the directions are written in friendly student language and avoid teacher-only jargon. Mastery looks like solving most problems correctly without resorting to finger counting or repeated guessing.
This page works well as morning math, as a center rotation, as a short homework assignment, or as a quick formative check before a quiz. The same one-page format also makes it easy to keep a small folder of completed work as evidence for parent–teacher conferences.
Want a different angle on this skill? Try the matching variants in our Grade 4 · Multi-Digit Division collection, or jump up to the cross-grade Multi-Digit Division hub.
Teachers tell us the most useful thing about this Interpreting remainders in word problems page is that it can be dropped into morning math, into a small-group rotation, or into a homework folder without any pre-teaching. Students can read the directions, look at the first warm-up, and start working without waiting for a grown-up to translate.
This worksheet is aligned to Common Core State Standard CCSS.Math.4.NBT and supports the broader Multi-Digit Division progression that students continue to build through later grades. The same skill is revisited each year with greater abstraction, so the work your student does on this single sheet feeds into the multi-digit and multi-step problems they will see in middle school.
Looking for more Multi-Digit Division practice? Browse the rest of the Grade 4 collection for related printables that scaffold the same standard from different angles.
Sample problems on this worksheet
- Jack divides 72 marbles equally into 8 bags. How many in each bag? ___
- Iris divides 66 marbles equally into 6 bags. How many in each bag? ___
- Lia divides 64 marbles equally into 8 bags. How many in each bag? ___
- Eli divides 48 marbles equally into 6 bags. How many in each bag? ___
- Jack divides 64 marbles equally into 8 bags. How many in each bag? ___
- Sara divides 27 marbles equally into 3 bags. How many in each bag? ___
How to use this worksheet
Print one copy per child on standard letter or A4 paper. Set a quiet 10 to 15 minute window. Hand your student a sharpened pencil and an eraser, and let them work top to bottom. The first row is a warm-up on purpose. The last row is a stretch on purpose. Sit with them as they finish so any misconceptions surface right away instead of getting practiced into a bad habit.
If your student finishes quickly, flip the page over and ask them to write two new problems of their own that target the same skill. It's a powerful retention move. If they get stuck, pull out manipulatives that match the skill (counters for early addition, base-ten blocks for place value, fraction tiles for fractions) and work through one or two problems together before letting them try the rest on their own.
Common Core alignment
This page targets CCSS.Math.4.NBT inside the broader Multi-Digit Division progression. The skill is introduced earlier in elementary school through concrete representations and revisited each year with greater abstraction. To see how it develops across grade levels, visit our Multi-Digit Division hub. To see the rest of the Grade 4 work in this strand, visit the Grade 4 · Multi-Digit Division collection.