Math Facts Practice
Math facts are the basic arithmetic combinations — addition, subtraction, multiplication, and division — that students need to recall automatically. This site has free, focused practice for every fact type, from kindergarten through 5th grade.
The Four Math Fact Types
Addition Facts
All 81 single-digit combinations (1+1 through 9+9), plus 2-digit addition with and without carrying. Kindergarten through Grade 2 focus.
Practice Addition →Subtraction Facts
Single-digit differences and 2-digit subtraction with and without borrowing. Paired with addition facts as inverse operations. Grade 1–3 focus.
Practice Subtraction →Multiplication Facts
Times tables 1×1 through 12×12 (144 total facts). Practice table-by-table or as mixed facts. Fluency expected by end of Grade 3.
Practice Multiplication →Division Facts
Exact division facts (÷1 through ÷12) plus division with remainders. The inverse of multiplication facts. Grade 3–5 focus.
Practice Division →Math Fact Fluency by Grade
Addition & subtraction facts within 20
The foundational layer. Students build number sense and practice adding and subtracting single-digit numbers automatically.
2-digit addition & subtraction with regrouping
Carrying and borrowing extend single-digit fact fluency to multi-digit problems. Place value understanding deepens.
Multiplication & division fact fluency
The major fluency goal: students should know all 1–12 times tables by heart by end of Grade 3. Division facts are taught alongside multiplication.
All-operations fluency & division with remainders
Students consolidate fluency across all four operations. Division extends to problems with remainders. Speed and accuracy prepare students for middle school math.
Frequently Asked Questions
What are math facts?
Math facts are the basic arithmetic combinations for all four operations: addition (like 3+4=7), subtraction (like 9−5=4), multiplication (like 6×7=42), and division (like 56÷8=7). "Knowing your math facts" means being able to recall these answers quickly and automatically — without counting or calculating each time. Fluency with math facts is a foundational skill that makes all higher math significantly easier.
What are addition facts?
Addition facts are all the single-digit combinations: 1+1 through 9+9 (81 total facts). Students are expected to know these automatically by the end of 1st or 2nd grade. Mastery of addition facts supports subtraction, carrying in multi-digit addition, and mental arithmetic of all kinds.
What are multiplication facts?
Multiplication facts (also called times tables) cover 1×1 through 12×12 — a total of 144 combinations. Students are expected to know all multiplication facts fluently by the end of 3rd grade. Knowing multiplication facts makes long division, fractions, and algebra significantly easier. The most commonly practiced are ×2 through ×12.
What are division facts?
Division facts are the inverse of multiplication facts: every multiplication fact generates a corresponding division fact. For example, since 7×8=56, the division facts are 56÷7=8 and 56÷8=7. Students who know their multiplication facts well can usually derive division facts quickly. Division facts are typically a Grade 3–4 focus.
What grade do students learn math facts?
Addition and subtraction facts (within 20) are the core focus in Kindergarten through Grade 2. Multiplication and division facts are introduced in Grade 3, with full fluency expected by end of 3rd grade. Grades 4 and 5 reinforce all four operations and extend division to problems with remainders. Each grade level page on this site lists the specific fact fluency targets for that year.
What is the best way to memorize math facts?
Daily practice in short, focused sessions (5–10 minutes) consistently outperforms longer, infrequent sessions. Targeted practice on specific weak facts is more effective than always doing mixed drills. Starting with easier facts (×1, ×2, ×5, ×10) and building to harder ones (×6, ×7, ×8) reduces frustration and accelerates overall memorization. Connecting multiplication and division facts as families — "7×8=56 means 56÷8=7 and 56÷7=8" — builds both operations simultaneously.