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Quizzes > High School Quizzes > Mathematics

Tablas del 9 Practice Quiz

Boost your multiplication mastery with interactive exercises

Difficulty: Moderate
Grade: Grade 3
Study OutcomesCheat Sheet
Colorful paper art promoting Domina el 9, a trivia challenge for mastering the nine times table.

What is 9 x 1?
10
9
11
8
9 multiplied by 1 is 9 because any number multiplied by 1 remains unchanged. This basic fact lays the foundation for mastering the multiplication table of nine.
What is 9 x 2?
16
18
20
19
Multiplying 9 by 2 gives 18, which is obtained by adding 9 twice. Understanding this helps reinforce the concept of repeated addition in the nine table.
What is 9 x 3?
30
27
24
26
9 multiplied by 3 equals 27, which is found by adding 9 three times. This is a core fact in the nine multiplication table and essential for further learning.
What is 9 x 4?
34
40
36
32
Multiplying 9 by 4 gives 36. This straightforward calculation is important for building confidence in the nine multiplication table.
What is 9 x 5?
55
50
45
40
9 multiplied by 5 equals 45. Recognizing this fact is crucial as it represents one of the key stepping stones in the multiplication table of nine.
What is 9 x 6?
56
52
60
54
Multiplying 9 by 6 yields 54, a fundamental product in the nine table. Regular practice with these facts boosts overall computational fluency.
What is 9 x 7?
72
65
70
63
9 multiplied by 7 equals 63, reinforcing the progression in the nine multiplication table. This fact supports pattern recognition in multiplication.
What is 9 x 8?
72
70
64
80
Multiplying 9 by 8 results in 72, a key product that fits the natural increasing pattern of the nine table. It also serves as a building block for further multiplication challenges.
What is 9 x 9?
81
90
72
99
9 multiplied by 9 equals 81, one of the most commonly memorized facts in the nine multiplication table. Mastery of this fact is essential for confident and accurate computation.
What is 9 x 10?
100
90
80
95
Multiplying 9 by 10 yields 90, illustrating how the pattern extends into higher multiples when one of the factors is 10. This fact links the nine table with the concept of multiplying by 10.
A teacher arranges chairs into 9 columns with 7 chairs in each column. How many chairs are there in total?
72
81
63
56
With 9 columns and 7 chairs in each, the total number of chairs is 9 x 7, which equals 63. This real-world application reinforces the multiplication concept in a practical setting.
What is the sum of the digits in the product of 9 x 8?
7
9
8
10
9 multiplied by 8 equals 72, and adding its digits (7 + 2) gives 9. This interesting property is a unique characteristic of the nine multiplication table.
In the sequence of multiples of 9, what number comes immediately after 54?
65
72
64
63
When counting by nines, 54 is followed by 63, as each step increases the product by 9. Recognizing this pattern is key to understanding multiplication progressions.
What is the result of 9 x 3, considering the commutative property of multiplication?
18
24
27
36
Since multiplication is commutative, 9 x 3 is the same as 3 x 9, which equals 27. This reinforces that the order of factors does not affect the product.
Find the missing factor: 9 x __ = 81.
8
7
9
10
Since 9 times 9 equals 81, the missing factor must be 9. This question reinforces familiarity with the multiplication facts of nine.
Find the missing factor: 9 x ? = 72.
7
6
8
9
To obtain 72 as a product, the missing factor must be 8 since 9 multiplied by 8 equals 72. This type of problem strengthens the skill of finding missing factors in multiplication.
What is the difference between the products 9 x 5 and 9 x 4?
11
9
10
12
9 x 5 equals 45 and 9 x 4 equals 36; subtracting these gives 45 - 36, which is 9. This constant difference highlights a consistent pattern within the nine multiplication table.
Reverse the digits of the product 9 x 6 and add it to the original product. What is the sum?
90
108
81
99
9 x 6 is 54, and when the digits are reversed, it becomes 45. Adding 54 and 45 results in 99, demonstrating an interesting manipulation of the nine table's products.
Which multiplication fact from the 9 table produces the largest product when using single-digit multipliers?
9 x 7 = 63
9 x 6 = 54
9 x 8 = 72
9 x 9 = 81
Among the products obtained by multiplying 9 with single-digit numbers, 9 x 9 equals 81, which is the largest. This underscores the range of the nine multiplication table.
Which multiplication fact from the 9 table results in a product that ends with a 0?
9 x 9 = 81
9 x 5 = 45
9 x 10 = 90
9 x 8 = 72
Multiplying 9 by 10 yields 90, the only product in the nine multiplication table that ends with a 0. This property makes the relation between 9 and 10 unique in the table.
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Study Outcomes

  1. Recall multiplication facts for the number 9.
  2. Apply strategies to compute products using the nine times table.
  3. Analyze numerical patterns within the nine multiplication sequence.
  4. Solve multiplication problems involving the number 9 accurately.
  5. Evaluate and correct errors in nine times table calculations.

Tablas del9 Cheat Sheet

  1. Spot the Digit Dance - Recognize the fun pattern in the 9 times table: as the multiplier goes up by 1, the tens digit increases and the ones digit decreases. This clever trick helps you recall 9 × n in a flash. See the table of 9
    2. geeksforgeeks.org
  2. Finger-Fuego Trick - Turn your hands into a supercharged calculator by numbering your fingers 1 - 10 and bending the one you need. The fingers to the left give the tens, and the ones on the right give the ones digit - magic! Finger trick explained
    3. geeksforgeeks.org
  3. Sum-to-Nine Check - Every product of 9 has digits that add up to 9, offering you a quick self-test. If your answer's digits don't sum to 9, you know it's time for a redo! Explore the digit sum trick
    4. khanacademy.org
  4. Quick Subtraction Formula - Transform 9 × n into (10 × n) − n for lightning-fast results. This subtraction hack is perfect when you need speed and accuracy under exam pressure! See the subtraction hack
    5. geeksforgeeks.org
  5. Write and Visualize - Scribble out the 9 times table and watch the tens climb by 1 and the ones drop by 1. This visual practice cements the pattern in your memory like glue! Practice the visual table
    6. geeksforgeeks.org
  6. Chart It Out - Draw or download a colorful chart showing 9 × 1 through 9 × 10. Seeing all the results at once boosts your number sense and makes studying feel like a breeze. Grab your chart
    7. unacademy.com
  7. Real-Life Groups - Practice by counting groups of 9 objects - like pencils or stickers - to link math with the real world. Hands‑on practice makes the 9s unforgettable. Try grouping examples
    8. geeksforgeeks.org
  8. Instant Sanity Check - Use the digit-sum rule (sum = 9) to instantly verify your answers. It's like having a built‑in calculator in your head! Validate with digit sums
    9. khanacademy.org
  9. Speedy Recall Through Practice - Spend just 5 minutes daily drilling the 9s and watch your recall go from zero to hero. Small, consistent bursts of practice supercharge your speed! Sharpen your speed
    10. byjus.com
  10. Reward Your Wins - Set mini‑goals, celebrate every milestone (stickers, high‑fives, you name it!), and make mastering the 9s feel like a party. Positive vibes boost both confidence and retention! Find motivation tips
    11. khanacademy.org
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