is a unique number from all other numbers because it’s a prime number and you have never heard of it in any other tables. It Is slightly difficult to remember but you can make it by repeating it every day. Multiples of 13 are 13,26,39,52,65…etc. Multiplication Table 14:

Tables of 2 to 10 are the most basic ones and play a crucial role in performing the arithmetic operations. If you are strong enough with the Math Tables of 2 to 10 you can recall or memorize the Tables from 11 to 20 much simply. It helps you to solve complex problems too easily and can save you a great deal of time. Thus, you are advised to learn them by heart so that you can do fundamental estimations. Multiplication tables are tables that contain the multiplies of various numbers. These tables generally contain the first 10 multiples of the various and students are accepted to learn these tables to easily perform these calculations. Q2: What is the Importance of Multiplication Tables? Learning tables are very important for students to perform well in their classes. So we have suggested some points that will help the students to learn the table easily.It is very important for the students to learn the multiplication table and to memorize the multiplication table we identify various patterns in the multiplication table which help to memorize various multiplication tables. Q4: What is the Pattern in the Multiplication Table of 9? Multiplication tables are very useful and learning them helps the students to easily solve various problems including arithmetic problems and also helps in solving various other problems. Q3: How to Memorize the Multiplication Table? Identification of Patterns: Learning the tables also helps in identifying various patterns and this helps the students to get a better understanding of the number and this helps the students to find the prime numbers and others.

Perhaps easiest two-digit table. Table 10 is similar to table 1 but adds a zero to the resultant multiple. E.g. if 1x5=5 then 10x5=50. Or keep on adding 10 to the previous multiple to get the new one. And finally the maths champ learnt 10 tables. Next, they tap the 2nd person sitting with them in the circle. Because that person is number 4! And then that person must tap the person who represents number 6 in the circle. This game tests your child’s understanding of the multiplication table 1 – 20, while also testing their concentration and listening skills. Suppose if we have to create a table of number 4, then 4 is multiplied with all the natural numbers in such a way: Add the number 7, n times to itself becomes the multiple of 7. 7 is an odd number and alternative multiples of 7 are even and odd. 7,14,21,28,35…etc. Square of 7 is 49 and the cube of 7 is 343. 7 is considered as a sacred number in numerology. It helps in understanding the tables in a certain template. Multiplication Table 8: Adding a number n times is the same as multiplying it with n. Adding 5 10 times is the same as multiplying 5 by 10 and gives the result 50.The multiplication tables are very important and they are very useful for solving various problems and are very helpful in simplifying mathematical problems. The multiplication tables solve the mathematical calculation and make problem-solving in maths very easy. Number 11 is just 1 beside 1. Sounds funny but not. Add 11 to itself N number of times. You get 11,22,33,44,55…etc. Now all the multiples are the same number written twice. Easy to memorize and dispense when required. Multiplication Table 12: table of 19 Times "Do you know that there is a Chinese version of Go that is played on a grid of 19 x 19 lines?" Ram questioned Ravi. He then proceeded to ask Joy if he could recite the 19-times table. Joy and Sam recited the multiplication table of 19 together, which includes the multiplication of 19 by various whole numbers. The 19 times table can be found in the diagram below. Do not be concerned if you need to memorise the table of 17, as we have devised a simple method for doing so. The 17 table is very significant for students in secondary and higher secondary schools, and if it is memorised, it may be quite useful in solving hard multiplication, division, and arithmetic problems in a matter of minutes. The 17 table is useful not only for solving multiplication problems, but also for determining square roots, LCM, and HCF. Calculators are of great assistance for complex calculations. However, using a calculator for simple mathematics calculations is not the proper way. It will lower the problem-solving skills of students and they will not be confident enough to solve such problems in the future. Therefore, it is always recommended to memorize the basic multiplication tables from 1 to 10. For solving the complex problems, students are suggested to learn the tables from 2 to 20.

Liked our multiplication table 1 – 20 games? We’ve got more games to make kids learning super easy and fun.

That’s it! you can feel now you know 1 table. This is easiest out of tables 1 to 20. Multiplication Table 2: Add a number 3 times to itself then it becomes a multiple of 3. Example 2+2+2 = 6. So 2, 3x is 6 so the table can be written 3x2= 6. This method is applied throughout the table. Number 12 is used as a dozen in the general market. But 12 is easily understood when you understand hours. 12 hours, 24 hours…etc. it is referred to as half a day. The Multiples of 12 are 12,24,36,48…etc. Most of the tables in our childhood learnt until x12. So it gives you nostalgia for those days. Multiplication Table 13: