# Tables 12 to 20

Created by: Team Maths - Examples.com, Last Updated: June 13, 2024

## Tables 12 to 20

The multiplication tables from 12 to 20 extend beyond the basic framework often emphasized in early schooling, challenging students to deepen their arithmetic skills. These tables are essential for more complex mathematical tasks such as advanced multiplication, division, and introductory algebra. Mastering these tables enhances computational fluency, allowing students to handle larger numbers and more intricate calculations with confidence. This range of tables is particularly beneficial in applications involving measurements, financial calculations, and engineering contexts where higher multiples frequently occur.

## Tables from 12 to 20 chart

A multiplication chart covering tables from 12 to 20 presents a matrix-like format where the rows and columns labeled 12 through 20 intersect to reveal their products. This specific range in a multiplication chart is crucial for advanced arithmetic learning, helping to visualize and reinforce the relationships between higher numbers, enhancing mathematical fluency and understanding of algebraic principles.

A multiplication chart for tables from 12 to 20 simplifies learning higher multiplication tables by visually presenting the products of numbers in this range. Each row in the chart corresponds to one of the base numbers (from 12 to 20), and each column represents the numbers 1 through 10 (or 12 to 20, depending on preference). The intersection of a row and a column gives the product of the two numbers, facilitating quick reference and study. This chart is especially useful for students advancing in mathematics, helping them quickly master the multiplication of larger numbers through a simple and straightforward format.

## Solved Examples of Tables 12 to 20

### Example 1: Table of 12

Problem:
12 x 8 = ?

Solution:
12 x 8 = 96
(Twelve times eight results in ninety-six.)

### Example 2: Table of 13

Problem:
13 x 6 = ?

Solution:
13 x 6 = 78
(Thirteen multiplied by six yields seventy-eight.)

### Example 3: Table of 14

Problem:
14 x 9 = ?

Solution:
14 x 9 = 126
(Fourteen times nine equals one hundred twenty-six.)

### Example 4: Table of 15

Problem:
15 x 7 = ?

Solution:
15 x 7 = 105
(Fifteen multiplied by seven results in one hundred five.)

### Example 5: Table of 16

Problem:
16 x 5 = ?

Solution:
16 x 5 = 80
(Sixteen times five equals eighty.)

### Example 6: Table of 17

Problem:
17 x 3 = ?

Solution:
17 x 3 = 51
(Seventeen times three yields fifty-one.)

### Example 7: Table of 18

Problem:
18 x 4 = ?

Solution:
18 x 4 = 72
(Eighteen multiplied by four results in seventy-two.)

### Example 8: Table of 19

Problem:
19 x 8 = ?

Solution:
19 x 8 = 152
(Nineteen times eight equals one hundred fifty-two.)

### Example 9: Table of 20

Problem:
20 x 10 = ?

Solution:
20 x 10 = 200
(Twenty times ten results in two hundred.)

### Example 10: Table of 12

Problem:
12 x 10 = ?

Solution:
12 x 10 = 120
(Twelve times ten equals one hundred twenty.)

## Tricks to easily Learn

1. Start with Familiarity: Begin by focusing on mastering the tables you are already familiar with, such as tables 2 to 11.
2. Break it Down: Break down larger numbers into smaller factors to simplify multiplication, especially for numbers like 12, 15, 18, and 20.
3. Identify Patterns: Notice patterns in the multiplication tables, such as repeated digits or sequences, to make memorization easier.
4. Use Skip Counting: Practice skip counting by twelves, fifteens, eighteens, and twenties to reinforce the sequence of multiplication facts.
5. Practice Regularly: Dedicate consistent time each day to practice multiplication tables through drills, flashcards, or online games.
6. Create Mnemonics: Create mnemonic devices or rhymes to remember tricky multiplication facts, making them more memorable.
7. Visualize Multiplication: Use visual aids like charts, diagrams, or number lines to visualize multiplication concepts and reinforce learning.
8. Teach Someone Else: Teaching multiplication tables to someone else reinforces your own understanding and helps in memorization.
9. Use Hands-On Methods: Use manipulatives like counters, blocks, or beads to visualize multiplication concepts and make learning more interactive.
10. Make it Fun: Turn learning into a game by competing with friends or family members to see who can recall multiplication facts the fastest.

## What are some practical applications of knowing multiplication tables 12 to 20 in everyday life?

Knowing multiplication tables 12 to 20 is useful in various everyday situations such as calculating prices at the store, determining quantities for recipes or DIY projects, and managing finances. Additionally, it helps in making quick mental calculations and solving real-world problems efficiently.

## Are there any online resources or websites specifically designed for learning multiplication tables beyond the basics?

Yes, there are numerous online tools and websites available that offer interactive games, quizzes, tutorials, and printable worksheets specifically designed for learning multiplication tables 12 to 20.

## What are some resources or tools available to help with learning multiplication tables 12 to 20?

There are many resources available, including books, worksheets, online games, educational apps, and videos. Additionally, many schools offer specialized programs or interventions to support students in learning multiplication tables 12 to 20.

## At what age should children be expected to know their multiplication tables up to 20?

The age at which children are expected to know their multiplication tables up to 20 can vary, but most students typically begin learning them in elementary school, around the ages of 7 to 9. Mastery of multiplication tables up to 20 is usually expected by the end of elementary school.

## What are the benefits of mastering multiplication tables 12 to 20?

Mastering multiplication tables 12 to 20 leads to increased speed and accuracy in mathematical calculations, improves problem-solving skills, and lays a strong foundation for learning more advanced math concepts in the future.

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