Ready to Print
This Times Table 10 drill has 48 problems for Grade 3. Fathers Day theme. Answer key included.
⬇ Download Free Math DrillGet new free worksheets every week.
All worksheets checked by our AI verification system. No wrong answers — guaranteed.
Max discovered Dad's Father's Day surprise scattered everywhere—he must gather ten grills of ten hot dogs before Dad arrives home!
Standard: CCSS.MATH.3.OA.C.7
Preview
Page 1 — Drill
Page 2 — Answer Key
What's Included
About this Grade 3 Times Table 10 Drill
Mastering the times-table-10 is a cornerstone skill for Grade 3 mathematicians because it builds fluency with one of the most predictable and useful multiplication patterns. When students recognize that any number multiplied by 10 simply adds a zero to the end, they unlock a mental shortcut that makes larger multiplication problems feel manageable. This pattern recognition strengthens their number sense and helps them understand place value in a concrete, actionable way. At eight or nine years old, students are developmentally ready to move beyond counting and into automatic recall—and the times-table-10 offers a confidence boost because it feels logical rather than arbitrary. Strong fluency here accelerates progress toward multi-digit multiplication and division, skills they'll need for upper elementary math. Whether calculating the cost of ten items at a store or helping plan a Father's Day gathering with ten guests, this times-table becomes a tool they'll use in real thinking.
What your student will practice
- Recall all 10 times-table products (10×1 through 10×10) with automaticity
- Identify and apply the pattern: any number times 10 equals that number plus a zero
- Use times-table-10 facts to solve word problems involving groups of ten
- Build fluency and confidence to prepare for larger multiplication facts
Common mistakes to watch for
Many Grade 3 students struggle with the times-table-10 by forgetting the pattern consistency and reverting to counting by tens repeatedly instead of recalling facts instantly. A common error is writing 10×7 as 17 instead of 70—they add the digits together rather than recognizing the zero-appending rule. Watch for students who hesitate or count on their fingers for every single fact; this signals they haven't internalized the pattern yet. You'll also see errors where students confuse 10× facts with addition facts (thinking 10+7 and 10×7 are related in a different way than they actually are).
Have your child create a 'ten-groups' hunt around your home: find ten coins, ten snacks, ten toys, or ten books, then ask them to calculate the total if you had two groups, three groups, or five groups of that item. This real multiplication experience makes the pattern concrete. For example, 'We found ten pennies. If we did that hunt five times, how many pennies would we have?' This turns times-table-10 into a game rather than isolated drill work.