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Quizzes > Mathematics

Multiplication Table Quiz: Practice Times Tables 1-12

Quick, free quiz for times tables practice. Instant results.

Editorial: Review CompletedCreated By: Samiron PaulUpdated Aug 28, 2025
Difficulty: Moderate
2-5mins
Learning OutcomesCheat Sheet
Paper art style multiplication table quiz cards with single digit problems and matching puzzles on a dark blue background.

This multiplication table quiz helps you practice and check times tables 1-12, building speed and accuracy with single-digit products. If you want more, try the multiplication table 1-12 quiz, take a quick times tables speed test, or work through steady multiplication tables practice.

What is 4 × 3?
14
11
12
7
Multiplying 4 by 3 means adding 4 three times: 4 + 4 + 4 = 12. It is one of the basic facts in the 4 times table. Mastery of these simple products builds a foundation for more complex calculations. For more details see .
What is 6 × 2?
14
16
12
8
Multiplying by 2 gives the double of the number, so 6 × 2 = 12. Understanding doubling is key in learning the 2 times table. This basic fact helps in quick mental calculations. Learn more at .
What is 9 × 1?
1
18
0
9
Any number multiplied by 1 equals itself, so 9 × 1 = 9. This is known as the identity property of multiplication. It's a fundamental rule used in all multiplication operations. See more at .
What is 5 × 5?
15
30
20
25
Multiplying 5 by 5 gives 25, which is a perfect square. This result is found by adding 5 five times: 5+5+5+5+5 = 25. Square numbers like 25 are useful in geometry and algebra. For more information see .
What is 3 × 7?
24
21
17
19
To calculate 3 × 7, add 3 seven times: 3+3+3+3+3+3+3 = 21. This fact is part of the 7 times table, a key skill in arithmetic. Practicing these helps improve speed and accuracy. Learn more at .
What is 8 × 6?
42
56
48
54
Multiplying 8 by 6 can be seen as adding 8 six times: 8+8+8+8+8+8 = 48. This result is also part of both the 6 and 8 times tables. Understanding these mid-range tables helps in mental math efficiency. More at .
What is 7 × 9?
63
56
81
72
The product of 7 and 9 is 63, which you get by adding 7 nine times or 9 seven times. This fact lies in the middle of the multiplication tables, often memorized using tricks like '9's complement.' Mastery speeds up more complex calculations. See .
What is 8 × 7?
56
64
48
58
8 multiplied by 7 equals 56, found by adding 8 seven times. It's part of both the 7 and 8 times tables and helps in calculating areas of rectangles. Consistent practice with these facts improves arithmetic fluency. More at .
What is 11 × 3?
39
30
33
36
Multiplying by 11 can be seen as adding the number to ten times itself: 11 × 3 = (10 × 3) + 3 = 30 + 3 = 33. This trick works for many small numbers. It's a useful shortcut for larger calculations. Learn more at .
What is 4 × 9?
36
45
34
32
4 times 9 is 36, obtained by adding 4 nine times or 9 four times. This is part of the 9 times table, which often uses finger tricks to learn quickly. Mastering these facts aids in faster problem solving. More at .
What is 12 × 12?
144
154
134
124
12 × 12 equals 144, the result of adding 12 twelve times or squaring 12. This is the highest fact in the standard 12×12 multiplication table. It's often memorized as part of geometry and algebra basics. See .
What is 9 × 8?
72
69
81
64
The product of 9 and 8 is 72, found by adding 9 eight times or using the 9 times table trick. This fact is central in more advanced arithmetic and helps with mental math strategies. For more information see .
What is 11 × 11?
142
111
131
121
11 × 11 is 121, which comes from adding 11 eleven times or squaring 11. Squaring numbers is a key concept in algebra. Memorizing squares aids in quick calculation of areas and exponents. More at .
What is 12 × 7?
72
84
94
77
Multiplying 12 by 7 gives 84, calculated by (10 × 7) + (2 × 7) = 70 + 14. Breaking down larger tables into smaller parts is a useful strategy. This reinforces understanding of distributive property. See .
What is 9 × 12?
96
120
108
118
9 × 12 equals 108, found by (10 × 12) ? 12 = 120 ? 12 = 108, or by adding nine twelve times. Using complementary relations speeds up mental calculations. Mastering this aids in diverse math problems. More at .
Which pair of numbers multiply to 77?
11 and 11
13 and 6
7 and 11
9 and 9
To find which pair gives 77, recall that 7 × 11 = 77. None of the other pairs multiply to that product. This question tests knowledge of the 11 times table and factor pairs. Learn more about prime factors and multiplication facts at .
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Study Outcomes

  1. Improve Single-Digit Recall -

    Sharpen your ability to rapidly recall basic single-digit multiplication facts with timed questions designed for speed and accuracy.

  2. Enhance Calculation Speed -

    Build faster mental arithmetic skills by completing a series of quickfire multiplication table quiz items under a time constraint.

  3. Apply Strategic Tips -

    Utilize expert hints and strategies provided after each question to refine your approach and avoid common multiplication mistakes.

  4. Identify Number Patterns -

    Spot and leverage underlying patterns in the maths table quiz to make solving complex products more intuitive.

  5. Track Performance Progress -

    Analyze instant feedback and score reports to monitor improvement over time and set personal mastery goals.

  6. Boost Mathematical Confidence -

    Gain assurance in your multiplication abilities through repeated practice and instant positive reinforcement.

Cheat Sheet

  1. Master the Commutative Property -

    The commutative property of multiplication (a×b = b×a) cuts your study load in half and is a cornerstone of any multiplication table quiz. For example, knowing 7×4 = 4×7 = 28 means you only need to memorize one version. A handy mnemonic is "flip and skip," reminding you that flipping factors skips extra effort.

  2. Spot Key Table Patterns -

    Every maths table quiz hides predictable patterns: multiples of 5 always end in 0 or 5, and 9's products follow the digit-sum trick (9×3 = 27, 2+7=9). Practice with a math table quiz to see these patterns glow off the page, and use finger multiplication for 9's as an inbuilt calculator. Recognizing patterns boosts speed and confidence instantly.

  3. Use Skip-Counting Strategies -

    Skip counting, like 4, 8, 12, 16… for the 4-times table, is a proven strategy endorsed by the National Council of Teachers of Mathematics to build fluency. Tapping each count on your desk or your knuckles can turn abstract numbers into a physical rhythm. This fun, kinesthetic cueing makes each math table test feel like a steady beat rather than a chore.

  4. Leverage Visual Arrays -

    Representing multiplication facts as arrays (for example, 3 rows of 5 dots for 3×5) anchors abstract facts in a concrete picture. Research from Cambridge's NRICH project shows that visual models strengthen conceptual understanding and recall in multiplication table quizzes. Drawing arrays or using blocks creates a visual bridge between numbers and space.

  5. Practice Timed Drills with Feedback -

    Short, 60-second multiplication table quiz challenges - paired with instant feedback - exercise retrieval and spacing effects proven by cognitive science to lock memory in. Apps like Khan Academy and other math table quiz platforms let you track your rapid-fire progress and celebrate milestones. Regular timed tests turn nervous jitters into confident recall under pressure.

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