So rather easy to say starting from 14 every alternative multiple of 7 is a multiple of 14. Multiplication Table 14:ġ4 is multiple of 7 so doubling multiples of 7 gives you multiples of 14. It Is slightly difficult to remember but you can make it by repeating it every day. Multiplication Table 13:ġ3 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. So it gives you nostalgia for those days. Most of the tables in our childhood learnt until x12. But 12 is easily understood when you understand hours. Number 12 is used as a dozen in the general market. Easy to memorize and dispense when required. Now all the multiples are the same number written twice. Let’s look at another 10 tables in the process of learning tables 1 to 20 Table of 11 to 15 And finally the maths champ learnt 10 tables. Or keep on adding 10 to the previous multiple to get the new one. Table 10 is similar to table 1 but adds a zero to the resultant multiple. So easy to learn isn’t it? Multiplication Table 10: So, triple the multiple of 3 to get the multiples of 9. Now we are going to learn the biggest single digit i.e., 9. Again multiples of table 8 are even because 8 I even, so am the multiples. It is similar to table 6 in understanding. By doubling the multiples of 4 we get multiples of 8. It helps in understanding the tables in a certain template. 7 is considered as a sacred number in numerology. Square of 7 is 49 and the cube of 7 is 343. 7 is an odd number and alternative multiples of 7 are even and odd. Now you have learnt the technique until table 6.Īdd the number 7, n times to itself becomes the multiple of 7. If you can learn 3 table easily, then it’s easy for you to master table 6 as well. Double the multiples of 3 to get multiples of 6. Table of 6 to 10Īdd the number 6, n times to itself becomes the multiple of 6. Every time we multiply a number with 5 add 5 to the result value. Unit digit of multiple of 5 is either 5 or 0. Anything multiplied with 4 becomes an even number because 4 itself is an even number. Have you heard of leap year? Did you know leap year is multiple of year like 2012, 2016,2020, 2024…etc.? table of 4 is just an addition of a number 4 times to itself. This method is applied throughout the table.ģ is a prime number but multiples of 3 may or may not be a prime number. So 2, 3x is 6 so the table can be written 3x2= 6. Multiples of 2 are also called even numbers.Īdd a number 3 times to itself then it becomes a multiple of 3. Difference between any two consecutive multiples of 2 is 2 which are called twin numbers which are specific to 2 table. 5 multiplied by 2 becomes 10 which is double of 5. This table is slightly interesting because a number multiplied by 2 will be doubled after multiplication. That’s it! you can feel now you know 1 table. It’s as easy as 1x banana = 1 banana or 1x football = 1 football and 1x10=10. There is no such brainstorming in this table compared to others. Let us learn some insights about each table.Īnything and everything multiplied to 1, becomes that multiplied number. On a scale of 1 to 10, where are you standing in terms of knowing tables? If there are less than 5 no worries, let us become experts. So, let us brush up our multiplication table knowledge. It helps in improving speed during competitive exams or day to day operations. But the significance of it appears everywhere in the career. During childhood, when we do it we make it a play. So, we better learn tables with at least 20 numbers to ease the process. Many use calculators for multiplication functions which doesn’t test their ability to think. This is because they provide a structured approach to learning basic arithmetic, and help students develop strong numeracy skills that will be useful throughout their academic and professional lives. Multiplication tables are an essential component of mathematics education in primary schools, where they are typically, introduced to students around the age of 7 or 8.
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