Skip Counting Worksheet
Generate fill-in-the-sequence worksheets for counting practice. Skip count by 2s, 5s, 10s, and more with customizable blank patterns and difficulty levels.
Random blanks throughout
Select your options and click
"Generate Worksheet" to create sequences
About This Tool
The Skip Counting Worksheet Generator creates fill-in-the-blank number sequence practice sheets. Students see partial sequences and must fill in the missing numbers, reinforcing pattern recognition and mental math skills. Choose from counting by 1s, 2s, 3s, 4s, 5s, 10s, 25s, or 100s in ascending or descending order. Customize blank patterns—random, alternating, first half, or last half—to vary difficulty. Perfect for building the foundational skills needed for multiplication, division, and understanding number patterns.
Frequently Asked Questions
Skip counting means counting forward or backward by a number other than one (like 2, 4, 6, 8 or 5, 10, 15, 20). It's a foundational skill that prepares children for multiplication, division, telling time, counting money, and recognizing number patterns. Mastering skip counting makes math facts much easier to learn.
'Random' provides varied practice and prevents guessing. 'Alternating' (every other blank) is good for beginners who can use adjacent numbers as hints. 'Last Half' shows the pattern first then tests recall. 'First Half' is challenging—students must work backward from given numbers to find the starting point.
Most curricula recommend: 10s (easiest, just add/remove zero), then 5s (familiar from clock and money), then 2s (foundation for even numbers), then 3s and 4s. Save 25s and 100s for students comfortable with larger numbers. Always master forward counting before introducing backward counting.
The starting number range sets where sequences begin. For beginners, use 0-10 so sequences stay small (2, 4, 6, 8...). For advanced practice, use larger ranges (50-100) so students work with bigger numbers (75, 80, 85, 90...). Starting numbers are automatically rounded to fit the skip count pattern.