12 To 15 Table

What is the table of 12 to 15?

Maths Tables 12 to 15

Table of 12 Table of 13 Table of 15
12 ×‌ 6 = 72 13 ×‌ 6 = 78 15 ×‌ 6 = 90
12 ×‌ 7 = 84 13 ×‌ 7 = 91 15 ×‌ 7 = 105
12 ×‌ 8 = 96 13 ×‌ 8 = 104 15 ×‌ 8 = 120
12 ×‌ 9 = 108 13 ×‌ 9 = 117 15 ×‌ 9 = 135

What is the table of 15 up to?

What is the 15 Times Table?

15 × 1 = 15 15 × 6 = 90
15 × 2 = 30 15 × 7 = 105
15 × 3 = 45 15 × 8 = 120
15 × 4 = 60 15 × 9 = 135
15 × 5 = 75 15 × 10 = 150

Is 15 in the 2 times table?

What is the table of 2? Table of 2 is: 2,4,6,8,10,12,14,16,18,20.

Is 15 in the 3 times table?

Tips for 3 Times Table – 1. The multiplication table of 3 does not have any rules that make it easy to memorize, but there is a pattern that it follows. Each multiple increases by 3 so it can be learned by skip counting of 3. The multiples of 3 are 3, 6, 9, 12, 15, 18, 21, 24, 27, 30.2.

Is there a 1 times table?

Page 2 – The 11 times table is one of the easiest times tables for a child to memorize. Of all the, the table of 11 is one of the easiest to learn and teach. Here are a few simple tips and tricks to help your child learn the 11 multiplication table easily.

• Multiplication is an important part of a child’s mathematical education.
• Learning makes it easier for children to learn and solve division and multiplication problems easily.
• The easiest way to learn the multiplication table of 11 is through rote memorization.
• Once your child has the 11 times table memorized, they’ll be able to instantly recall them when they need it.

 11 x 1 = 11 11 x 2 = 22 11 x 3 = 33 11 x 4 = 44 11 x 5 = 55 11 x 6 = 66 11 x 7 = 77 11 x 8 = 88 11 x 9 = 99 11 x 10 = 110

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11 x 11 = 121 11 x 12 = 132 11 x 13 = 143 11 x 14 = 154 11 x 15 = 165 11 x 16 = 176 11 x 17 = 187 11 x 18 = 198 11 x 19 = 209 11 x 20 = 220

Multiplication is repeated addition. However, adding a large number like 11 repeatedly to find the product is time consuming. But there are a few simple tricks like and activities that make teaching and learning the table of 11 easy. Here are a few tips and tricks to help your child learn the table of 11.

• Repeat The Multiplier Trick: To get the products to the 11 times table just multiply the number from 1-9 by 1 and just repeat the answer. Here are some examples to help you understand.
• Example 1: Let’s find the answer to 11 x 4. First, find the answer to 4 times 1.4 x 1 = 4 Repeat the digit to get the answer to 11 x 4. Therefore, 11 x 4 = 44. Example 2: Let’s find the answer to 11 x 8 First, find the answer to 8 times 1.8 x 1 = 8. Repeat the digit to get the answer to 11 x 8. Therefore, 11 x 8 = 88. But remember, this trick will only help you find the multiples of 11 till 11×9.

• Learn The Table Of 11 Using The Table Of 10: One easy way to find the products of the 11 times table is by using the 10 multiplication table. First, multiply the number by 10. Then, add the multiplier to the answer to get the multiple of 11. Here are some examples to help you understand.
• Example 1: Let’s find the answer to 11 x 15.First, multiply it by 10. So, 10 x 15 = 150.Then, add the multiplier to the answer.150 + 15 = 165. Therefore, 11 x 15 = 165.

Example 2: Let’s find the answer to 11 x 7. First, multiply it by 10. So, 10 x 7 = 70. Then, add the multiplier to the answer.70 + 7 = 77. Therefore, 11 x 7 = 77.

• The Underlying Pattern In The 11 Multiplication Table: Here is one of the simplest ways to teach the kids the 11 multiplication table. Look at the 11 times table chart below. You’ll notice that the digits in the ones column are in the sequence 1, 2, 3, 4, 5, 6, 7, 8, 9 and 0. The pattern continues in the table of 11 up to 20 too.
•  Tens Ones 11 x 1 = 1 1 11 x 2 = 2 2 11 x 3 = 3 3 11 x 4 = 4 4 11 x 5 = 5 5 11 x 6 = 6 6 11 x 7 = 7 7 11 x 8 = 8 8 11 x 9 = 9 9 11 x 10 = 11

li> Multiplying Larger Numbers By 11: Stumped with a multiplication problem because it involves large numbers? Here is a trick to find the answer to a multiplication problem involving the number 11 and a large number. To find the product of 11 and a larger number, first sum up the numbers in pairs. Then, place the answers in sequence between the outermost numbers from the multiplier. Here are some examples to help you understand. Example 1: Let’s find the answer to 1,523 x 11.Begin by pairing the nearest numbers in 1523 and then sum it up. So, you have 1+5, 5+2 and 2+3.1+5=65+2=72+3=5Next, place these three digits in sequence between the outermost numbers in1,523.So we have, 1-6-7-5-3 or 16,753. Therefore, 1523 x 11 = 16,753.

Remember, if the sum of any of the pairs of numbers is ten or more, carry the 10s to the next highest digit. Example 2: 1,529 x 11Now, pair up the numbers in 1529 and add them. So we have, 1+5, 5+2 and 2+9.1+5=65+2=72+9=11Next, place these numbers in between the outermost numbers in 1529. So we get, 1-6-7-11-9.But, how can you place 11 in between the digits? Carryover one from the 10s column to the left and add it to 7. So, we have 1-6-8-1-9 or 16,819. Therefore, 1,529 x 11 = 16,819.11 times table is one of the easiest multiplication tables. However, kids tend to get distracted easily and might not pay attention while learning. In such cases, they might find learning the 11 multiplication table confusing. Constant recitation, practice and quizzing keep your child’s learning process on the right track. You can make it more fun with some and games. Here is a quiz on the table of 11 to test your child’s knowledge.

• 11 x 2 = _
• 4 x 11 = _
• 11 x 5= _
• 11 x 6 = _
• 11 x 11 = _
• 8 x 11 = _
• 11 x 12 = _
• 11 x 10= _
• 9 x 11 = _
• 15 x 11 = _
• 11 x 18
• 11 x 11
• 11 x 15
• 11 x 9
• 11 x 19
• 11 x 6

There question that plagues all parents and teachers is how to get their children to learn the 11 times table? Here are a few steps that will help your child learn the 11 multiplication table quickly.

• Read The Table Of 11 Aloud: Children learn better when they repeat the lesson often. It helps the knowledge stick in their memory. Hang an 11 times table chart on your fridge on your child’s bedroom wall. Encourage them to read aloud, write and repeat it often. With constant recitation, your child will be able to answer a random question on the 11 multiplication table.
• Surprise Tests: Surprise tests and quizzes are a great way to assess your child’s knowledge of the 11 multiplication table. You can into a fun test with an 11 times table game.
• For example, have your child and their friends stand in a circle. Then give them a ball and ask them to skip count in 11s and pass the ball. For more, check Osmo.

What is 15 multiplied by 10?

Multiplication Table of 15

15 × 1 = 15
15 × 7 = 105
15 × 8 = 120
15 × 9 = 135
15 × 10 = 150

How many tables should I memorize?

Tables 1 to 20 – Multiplication Tables from 1 to 20 | Download Tables 1 to 20 PDF Tables 1 to 20 are the list of multiplication tables. The table consists of multiples of whole numbers from 1 to 20. Maths tables from 1 to 20 will help students to solve multiplication problems in a quick way.

1. Since the table of 1 returns the same value (because all the numbers are multiplied by 1) thus we can skip it and memorise the,
2. Students can learn the Maths tables from 1 to 10, first and then proceed with higher number multiplication tables.
3. We have provided here tips and tricks to memorise the tables for the ease of students.

Memorizing multiplication tables 1 to 20 serves as a building block for related Maths concepts like division, fractions, long multiplication and algebra taught in elementary school. Downloadable PDFs of each table are provided at the end of the article to help students learn effortlessly and improve their problem-solving skills. Maths table 1 to 20 is the basis of arithmetic calculations that are most widely used in multiplication and division. Table 1 will produce the original number. Multiplication of any number with 1 results in the original number. For example, 1× ‌5 = 5, 1× ‌9 = 9 and so on.

• To solve problems quickly
• To avoid mistakes in calculations

Note:

• Any number which is multiplied by itself gives the square of the number.
• Adding any numbers for “n” times is same as the multiplying the number with “n”. For example, adding the number 5 for 5 times results in 25. (i.e) 5+5+5+5+5 = 25. Which is also equal to 5 times 5 is 25.

The complete list of 1 to 20 tables up to 10 times is given below.

Table of 1 Table of 2 Table of 3 Table of 4 Table of 5
1 ×‌ 1 = 1 2 ×‌ 1 = 2 3 × ‌1 = 3 4 × ‌1 = 4 5 × ‌1 = 5
1 ×‌ 2 = 2 2 ×‌ 2 = 4 3 × ‌2 = 6 4 × ‌2 = 8 5 × ‌2 = 10
1 × ‌3 = 3 2 × ‌3 = 6 3 × ‌3 = 9 4 × ‌3 = 12 5 × ‌3 = 15
1 × ‌4 = 4 2 × ‌4 = 8 3 × ‌4 = 12 4 × ‌4 = 16 5 × ‌4 = 20
1 × ‌5 = 5 2 × ‌5 = 10 3 × ‌5 = 15 4 × ‌5 = 20 5 × ‌5 = 25
1 × ‌6 = 6 2 × ‌6 = 12 3 × ‌6 = 18 4 × ‌6 = 24 5 × ‌6 = 30
1 × ‌7 = 7 2 × ‌7 = 14 3 × ‌7 = 21 4 × ‌7 = 28 5 × ‌7 = 35
1 × ‌8 = 8 2 × ‌8 = 16 3 × ‌8 = 24 4 × ‌8 = 32 5 × 8 = 40
1 × ‌9 = 9 2 × ‌9 = 18 3 × ‌9 = 27 4 × ‌9 = 36 5 × 9 = 45
1 × ‌10 = 10 2 × ‌10 = 20 3 × ‌10 = 30 4 × ‌10 = 40 5 × 10 = 50

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Table of 6 Table of 7 Table of 8 Table of 9 Table of 10 6 × 1 = 6 7 × 1 = 7 8 × 1 = 8 9 × 1 = 9 10 × 1 = 10 6 × 2 = 12 7 × 2 = 14 8 × 2 = 16 9 × 2 = 18 10 × 2 = 20 6 × 3 = 18 7 × 3 = 21 8 × 3 = 24 9 × 3 = 27 10 × 3 = 30 6 × 4 = 24 7 × 4 = 28 8 × 4 = 32 9 × 4 = 36 10 × 4 = 40 6 × 5 = 30 7 × 5 = 35 8 × 5 = 40 9 × 5 = 45 10 × 5 = 50 6 × 6 = 36 7 × 6 = 42 8 × 6 = 48 9 × 6 = 54 10 × 6 = 60 6 × 7 = 42 7 × 7 = 49 8 × 7 = 56 9 × 7 = 63 10 × 7 = 70 6 × 8 = 48 7 × 8 = 56 8 × 8 = 64 9 × 8 = 72 10 × 8 = 80 6 × 9 = 54 7 × 9 = 63 8 × 9 = 72 9 × 9 = 81 10 × 9 = 90 6 × 10 = 60 7 × 10 = 70 8 × 10 = 80 9 × 10 = 90 10 × 10 = 100

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Table of 11 Table of 12 Table of 13 Table of 14 Table of 15 11 ×‌‌ 1 = 11 12 ×‌ 1 = 12 13 ×‌ 1 = 13 14 ×‌ 1 = 14 15 ×‌ 1 = 15 11 ×‌‌ 2 = 22 12 ×‌ 2 = 24 13 ×‌ 2 = 26 14 ×‌ 2 = 28 15 ×‌ 2 = 30 11 ×‌‌ 3 = 33 12 ×‌ 3 = 36 13 ×‌ 3 = 39 14 ×‌ 3 = 42 15 ×‌ 3 = 45 11 ×‌ 4 = 44 12 ×‌ 4 = 48 13 ×‌ 4 = 52 14 ×‌ 4 = 56 15 ×‌ 4 = 60 11 ×‌ 5 = 55 12 ×‌ 5 = 60 13 ×‌ 5 = 65 14 ×‌ 5 = 70 15 ×‌ 5 = 75 11 ×‌ 6 = 66 12 ×‌ 6 = 72 13 ×‌ 6 = 78 14 ×‌ 6 = 84 15 ×‌ 6 = 90 11 ×‌ 7 = 77 12 ×‌ 7 = 84 13 ×‌ 7 = 91 14 ×‌ 7 = 98 15 ×‌ 7 = 105 11 ×‌ 8 = 88 12 ×‌ 8 = 96 13 ×‌ 8 = 104 14 ×‌ 8 = 112 15 ×‌ 8 = 120 11 ×‌ 9 = 99 12 ×‌ 9 = 108 13 ×‌ 9 = 117 14 ×‌ 9 = 126 15 ×‌ 9 = 135 11 ×‌ 10 = 110 12 ×‌ 10 = 120 13 ×‌ 10 = 130 14 ×‌ 10 = 140 15 ×‌ 10 = 150

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Table of 16 Table of 17 Table of 18 Table of 19 Table of 20 16 ×‌ 1 = 16 17 ×‌ 1 = 17 18 ×‌ 1 = 18 19 ×‌ 1 = 19 20 ×‌ 1 = 20 16 ×‌ 2 = 32 17 ×‌ 2 = 34 18 ×‌ 2 = 36 19 ×‌ 2 = 38 20 ×‌ 2 = 40 16 ×‌ 3 = 48 17 ×‌ 3 = 51 18 ×‌ 3 = 54 19 ×‌ 3 = 57 20 ×‌ 3 = 60 16 ×‌ 4 = 64 17 ×‌ 4 = 68 18 ×‌ 4 = 72 19 ×‌ 4 = 76 20 ×‌ 4 = 80 16 ×‌ 5 = 80 17 ×‌ 5 = 85 18 ×‌ 5 = 90 19 ×‌ 5 = 95 20 ×‌ 5 = 100 16 ×‌ 6 = 96 17 ×‌ 6 = 102 18 ×‌ 6 = 108 19 ×‌ 6 = 114 20 ×‌ 6 = 120 16 ×‌ 7 = 112 17 ×‌ 7 = 119 18 ×‌ 7 = 126 19 ×‌ 7 = 133 20 ×‌ 7 = 140 16 ×‌ 8 = 128 17 ×‌ 8 = 136 18 ×‌ 8 = 144 19 ×‌ 8 = 152 20 ×‌ 8 = 160 16 ×‌ 9 = 144 17 ×‌ 9 = 153 18 ×‌ 9 = 162 19 ×‌ 9 = 171 20 ×‌ 9 = 180 16 ×‌ 10 = 160 17 ×‌ 10 = 170 18 ×‌ 10 = 180 19 ×‌ 10 = 190 20 ×‌ 10 = 200

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Learn Maths here at BYJU’S. 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. There is nothing brighter than being reliant on one’s memory. Remembering the multiplication tables doesn’t just give a feeling of self-confidence, but it additionally keeps information prepared on fingertips to utilize it fast when required. It builds student’s memory power, stimulates in them the method of observing and holding things.

How long does it take to memorize tables?

How long will it take my child to learn the times tables? If you use our system of pictures, stories, and activities, it usually takes from a few days to a few weeks. We have received thousands of email messages from teachers and parents. Most teachers use the system over a period of two to three weeks, spending 15 to 20 minutes each day.

This seems to work for most kids. Some require more repetition and practice, others require less. We’ve received hundreds of emails from parents who have taught the entire system of multiplication in a weekend. Many of these parents have taken over teaching the times tables when their students were struggling with learning them at school.

: How long will it take my child to learn the times tables?

How long does it take to learn tables?

Teach Your Kids Timestables in Just 21 Days Let’s face it, when you don’t know your times tables, it slows down your progress in math. Some things you just have to know and committing the times tables to memory is one of them. Today, we’re in an information age, information is doubling faster than it ever used to and our math teachers no longer have the luxury of assisting us to learn the times tables.

• In case you haven’t noticed, the math curriculum is much larger than it ever was.
• Students and parents are now left with the task of helping to commit the times tables to memory.
• So let’s get started: First of all, you will need to be able to skip count or count by a certain number.
• For instance 2,4,6,8,10 or 5, 10, 15, 20, 25.

Now you will need to use your fingers and skip counting. Remember back in grade 1 when you used to use your fingers to count to 10? Now you’ll need them to skip-count. For example, use your fingers to count by 10. First finger or thumb is 10, second is 20, third is 30.

1. Therefore 1 x 10 = 10, 2 x 10 = 20 and so on and so forth.
2. Why use your fingers? Because it’s an effective strategy.
3. Any strategy that improves speed with your tables is worth using! How many skip counting patterns do you know? Probably the 2’s, 5’s and 10’s.
4. Practice tapping these out on your fingers.

Now you’re ready for the ‘doubles’. Once you learn the doubles, you have the ‘counting up’ strategy. For instance, if you know that 7 x 7 = 49, then you’ll count up 7 more to quickly determine that 7 x 8 = 56. Once again, effective strategies are almost as good as memorizing your facts.

1. Remember, you already know the 2’s, 5’s and 10’s.
2. Now you need to concentrate on 3×3, 4×4, 6×6, 7×7, 8×8 and 9×9.
3. That’s only committing 6 facts to memory! You’re three-quarters of the way there.
4. If you memorize those doubles, you’ll have an effective strategy to quickly obtain most of the remaining facts! Not counting the doubles, you have the 3’s, 4’s, 6’s, 7’s and 8’s.

Once you know what 6×7 is, you’ll also know what 7×6 is. For the remaining facts (and there aren’t many) you will want to learn by skip-counting, in fact, use a familiar tune while skip counting! Remember to tap your fingers (just as you did when counting) each time you skip count, this enables you to know which fact you’re on.

When skip counting by 4’s and when you’ve tapped on the fourth finger, you’ll know that it’s the 4×4=16 fact. Think of Mary Had A Little Lamb in your mind. Now apply 4,8, 12, 16, (Mary had a.)and continue on! Once you’ve learned to skip-count by 4’s as easily as you can by 2’s, you’re ready for the next fact family.

Don’t worry if you forget the odd one, you will be able to fall back on your doubling strategy and counting up. Remember, being able to do math well means having great strategies. The above strategies will help you learn the times tables. However, you will need to commit daily time to these strategies to learn your tables in 21 days.

Each day when you wake up, skip count the fact family you’re working on. Each time you walk through a doorway, skip count again (silently) Each time you use the washroom, skip count! Each time the phone rings, skip count! During every commercial when you’re watching TV, skip count! When you go to bed each night, skip count for 5 minutes.If you stick it out, you’ll have your tables memorized in 21 days!

Here are a few multiplication tricks to help you. Try these which are developed to correspond to the ‘correct’ way of learning your,

: Teach Your Kids Timestables in Just 21 Days

What is the 12 times table up to 100?

What are the Multiples of 12? – The multiples of 12 can be seen in the 12 times table i.e.12, 24, 36, 48, 60, 72, 84, 96, 108, 120.