

Fastest Ways to Learn and Remember Multiplication Tables
Multiplication Tables, commonly known as Tables, are the tabular form of the Multiplication of Numbers. Tables form the base of Mathematics. Learning Tables are important. Tables make the most complex Multiplication, Dvision, Factorisation, and other calculations easy. Tables make our daily routine Maths calculations easier. Let’s know more about the importance of Tables in Mathematics.
Tables 2 to 25:
We have tried to put tables from 2 to 30 here so that you can easily access the tables you require.
The very first table to learn is table of 2. It is very easy to learn and remember life long.
Table of 2:
The next easiest table to remember is table of 3. It is very important to memorize it.
Table of 3:
Here is the table of 4. Table of 4 can be easily memorized by keep on adding the number 4 at every step.
Table of 4:
Table of 5 is a fun table for kids and easily remembered by them. Just add 5 at every step. And the answer will be in 5s and 0s.
Table of 5:
Tables of six have the values fixed. Memorizing it will be beneficial at every step of your life.
Table of 6:
Add 7 repeatedly and you will get the multiplication table of 7. Memorizing table of 7 is equally important.
Table of 7:
Table 8 is one of the toughest tables as its values are quite difficult to remember. Here is the table of 8 to memorize it and make it easier.
Table of 8:
One more toughest table. The values of this table are quite difficult to remember. But once it is memorized you will never forget.
Table of 9:
The most easiest table, and easily memorized by the kids is table of 10. Memorizing the table of 10 is fun for kids.
Table of 10:
Table of 11 is also called a twin table as the values are in twin format. Easy to remember.
Table of 11:
Table 12 is the toughest table as its values are quite difficult to remember. Here is the table of 12 in tabular form to memorize it and make it easier.
Table of 12:
Memorizing tables of 13 makes the students solve their problems more quickly and with ease. It will help in competitive exams.
Table of 13:
Table 14 is the toughest table as its values are quite difficult to remember. Here is the table of 14 in tabular form to memorize it and make it easier.
Table of 14:
Memorize the table of 15 and solve your problems more quickly and easily. Keep on adding 15 and you will get the table of 15.
Table of 15:
Here is the table of 16 to make you solve your multiplcation problems more quickly.
Table of 16:
Here is the tabular form of table 17. It will make you solve your problems quickly. Memorizing these tables will minimize your time in the examination needed to solve the multiplication problems.
Table of 17:
Table 18 is the toughest table as its values are quite difficult to remember. Here is the table of 18 in tabular form to memorize it and make it easier.
Table of 18:
Table 19 is the toughest table as its values are quite difficult to remember. Here is the table of 19 in tabular form to memorize it and make it easier.
Table of 19:
The easiest table is the table of 20. Just keep on adding 20 and you will get your answers.
Table of 20:
Here is the tabular form of table 21. It will make you solve your problems quickly. Memorizing this tables will minimize your time in the examination needed to solve the multiplication problems.
Table of 21:
Here is the tabular form of table 22. It will make you solve your problems quickly. Memorizing this tables will minimize your time in the examination needed to solve the multiplication problems.
Table of 22:
Here is the tabular form of table 23. It will make you solve your problems quickly. Memorizing this tables will minimize your time in the examination needed to solve the multiplication problems.
Table of 23:
Here is the tabular form of table 24. It will make you solve your problems quickly. Memorizing this tables will minimize your time in the examination needed to solve the multiplication problems.
Table of 24:
Here is the tabular form of table 21. It will make you solve your problems quickly. Memorizing this tables will minimize your time in the examination needed to solve the multiplication problems.
Table of 25:
Here is the tabular form of table 26. It will make you solve your problems quickly. Memorizing this tables will minimize your time in the examination needed to solve the multiplication problems.
Table of 26:
Here is the tabular form of table 21. It will make you solve your problems quikly. Memorizing this tables will minimize your time in the examination needed to solve the multiplication problems.
Table of 27:
Here is the tabular form of table 21. It will make you solve your problems quickly. Memorizing this tables will minimize your time in the examination needed to solve the multiplication problems.
Table of 28:
Here is the tabular form of table 21. It will make you solve your problems quickly. Memorizing this tables will minimize your time in the examination needed to solve the multiplication problems.
Table of 29:
Here is the tabular form of table 21. It will make you solve your problems quickly. Memorizing this tables will minimize your time in the examination needed to solve the multiplication problems.
Table of 30:
Introduction:
Multiplication Tables make up most of the childhood of a student. This is because Multiplication Tables are considered to be not only the basics of Maths but are also the backbone of any calculations that are required in Mathematics. It was during the primary classes that students were allowed to study the Multiplication Tables from 2 to 10 which then went on increasing with the academic levels. While learning and memorizing the Tables of 2 to 30 might seem like a very hard task, it is actually not all that hard. Instead, it takes only some concepts and tricks to learn all of the Tables from 2 to 30. Vedantu also provides a detailed guide on how to learn all of these concepts and remembers some really handy tips and tricks that will allow all the students to learn the topics well.
Tips to remember Tables Effectively:
The use of flashcards not only helps students learn daily from them but will also help them when they need to revise the Tables before the exam.
For small children who would like to learn the Tables, parents can use two dice and then ask them what is the answer to the product of the two Numbers shown. In this way, students can learn in a fun way.
If you would like to add some fun physical activities then it will help greatly as well. While students get to maintain their health they also get to train their brains.
FAQs on Tables of 2 to 30: Complete Multiplication Guide
1. What exactly are multiplication tables and why is it important to learn them?
A multiplication table lists the results (multiples) of multiplying a specific number with a series of other whole numbers (usually 1 to 10 or 1 to 20). Learning them is crucial as they form the foundation for most mathematical concepts. Mastering tables helps in performing calculations for division, fractions, algebra, and percentages quickly and accurately, which is essential for success in higher classes.
2. How is a multiplication table related to the concept of repeated addition?
Multiplication is essentially a shortcut for repeated addition. For example, the expression 4 x 3 in the multiplication table of 4 means you are adding the number 4 three times: 4 + 4 + 4 = 12. Understanding this connection helps in figuring out answers even if you haven't memorised them, and it builds a deeper conceptual understanding of how multiplication works.
3. What are some effective methods to learn and memorise tables from 2 to 30?
An effective strategy is to break down the task and look for patterns. Here are some tips:
Start with Easy Tables: Begin with the tables of 2, 5, and 10, as they have the simplest patterns.
Read and Recite: Read a table aloud multiple times. Reciting it helps reinforce the information in your memory.
Write it Down: Writing the tables helps engage motor skills and improves retention.
Look for Patterns: Notice how the last digit repeats in some tables or how the table of 4 is double the table of 2.
Practice Daily: Consistent, short practice sessions are more effective than one long session.
4. What are some real-life examples where multiplication tables are used?
Multiplication tables are used constantly in everyday life. For instance:
Shopping: If you buy 6 notebooks that cost ₹15 each, you use the multiplication table of 15 to find the total cost (6 x 15 = 90).
Planning: If you need to arrange 7 rows of chairs with 8 chairs in each row, you multiply 7 x 8 to know you need 56 chairs.
Time Management: To calculate the total number of study hours in 5 days, if you study 3 hours a day (5 x 3 = 15 hours).
5. Why do some multiplication tables, like 5 and 10, seem easier to learn than others, like 7 or 19?
Tables for numbers like 5 and 10 are easier because they have very obvious and consistent patterns. The table of 10 always ends in a 0, and the table of 5 always ends in either a 5 or a 0. In contrast, the tables for 7, 8, 13, or 19 do not have such simple repeating patterns in their last digits, which means they rely more on direct memorisation rather than pattern recognition.
6. Is it necessary to memorise tables all the way up to 30?
For most school-level mathematics as per the CBSE/NCERT syllabus, having a strong command of tables up to 20 is highly recommended. This is usually sufficient for quick calculations in exams. Learning tables up to 30 is an added advantage, especially for students preparing for competitive exams, as it significantly boosts the speed of mental arithmetic for more complex problems.
7. Are there any tricks to quickly calculate multiplication for larger numbers like 19?
Yes, you can use nearby 'easy' numbers to simplify calculations. For example, to find 19 x 6, you can think of 19 as (20 - 1). So, the problem becomes (20 x 6) - (1 x 6). This is much easier to solve: 120 - 6 = 114. This method, known as the distributive property, is a powerful trick for mentally calculating answers for larger tables.
8. How can knowing the table of 10 help in learning the tables of 9 and 11?
The table of 10 can be used as a reference point.
For the table of 9: You can multiply by 10 and then subtract the number. For example, 9 x 7 is the same as (10 x 7) - 7, which is 70 - 7 = 63.
For the table of 11: You can multiply by 10 and then add the number. For example, 11 x 7 is the same as (10 x 7) + 7, which is 70 + 7 = 77.











