### Multiplying by 3

We'll write 8 below the 2 and 4. Now we'll multiply 2 by the next digit to the left: 1. Whenever you multiply a number by 1 , that number stays the same. Just to be sure, we'll check the times table. We're done! Our total is 28 , or twenty-eight. Always start with the digit on the bottom right. Here, that's 7. First, multiply 7 by the digit on the top right, 1. Write the 7 directly below the digits we just multiplied.

1. Si soy tan buena, ¿por qué estoy soltera?: Los 7 errores que cometen las mujeres en el amor (Spanish Edition)?
2. Multiplying by Three | Trachtenberg speed Math.
3. Die Botschaft von San Nicolàs Band II (German Edition).
4. Quality Human Resources Leadership: A Principals Handbook.
5. Lady Myddelton’s Lover (An Edwardian Romance Novella)!
6. Mémoires d’un Éléphant blanc (French Edition)?

Next, we'll multiply 7 by the next digit to the left. That's 3. Make sure to line the numbers up so that the right digit of 21, 1 , is directly under the 3. Stack and solve these multiplication problems. Then, check your answer by typing it into the box. On the last page, you practiced multiplying vertically stacked numbers.

Some problems need an extra step. Let's look at the following problem:. If you try to multiply 9 x 5 , you might notice that there is no room to write the product, When the product of two numbers is greater than 9 , you'll need to use a technique called carrying. If you know how to add large numbers , you might remember using carrying in addition too. Let's see how it works in multiplication. As usual, we'll start by multiplying the 5 by the top-right digit, 9. According to our times table, 5 x 9 is 45 , but there's no room to write both digits underneath the 5 and 9.

We'll write the right digit, 5 , under the line See how it works? We multiplied 5 and 9 to get We put the 5 underneath the line, carried the 4 and placed it above the next set of digits. Now it's time for the next step. It's the same as with any other multiplication problem. We'll multiply 5 x 2. However, we won't write 10 under the line yet - there's one more step. Our total is First, we multiply the bottom number, 6 , by the digit on the top right. That's 8. We'll write the 8 under the line We'll place it above the next digit. Remember, we don't write that 0 beneath the line yet.

We have to add it to the 4 we just carried. We'll write 4 beneath the line. The answer is , or one thousand, two hundred and forty-eight.

On the past few pages, you've practiced multiplying large numbers with small ones. What happens when you have to multiply two large numbers? There are 12 months in a year, so to find out how much you pay for your phone every year, you could solve for 43 x You'd write the expression like this:. This problem might look hard at first, but don't worry.

If you can multiply small numbers, you can multiply large ones too. All you have to do is divide this large problem into a few smaller ones. As always, you can use your times table to help. To solve a large problem like this, start with the same steps you use to solve any other multiplication problem. As always, you start with the digit on the bottom right. Here, that's 2. Thanks to our times table, we know that 3 x 2 is 6.

Write 8 below the line, right under the 4. First, multiply 1 by the top number on the right. Here, that's 3.

Instead of writing the 3 to the right , like we usually do It's a good idea to mark the space you left blank. That way, you'll know not to accidentally write anything there. We'll add a 0 , since zero is the same as nothing. Now, let's multiply the last set of numbers. That's 1 x 4. We'll write the 4 below the line, to the left of the 3 we just wrote. One last step. To get our final answer, we have to add the numbers we just got from multiplying. We'll write 6 below the line.

### Learn How to Multiply by 3

Since 11 is a 2-digit number, we'll have to carry. Write the right digit, 1 , under the 8 and Write the left digit, 1 , under the 8 and Finally, we'll add 4 to the 1 we just carried.

Multiplying large numbers always works the same way, no matter how many digits the numbers have. When you're multiplying, be careful about writing the numbers in the correct places. Let's look at a problem with two 3-digit numbers to see how this works with even larger numbers. As always, start by multiplying the bottom-right digit by the top-right digit. Practice the 3 times table shuffled.

Fill in all answers and press 'check' to see how many you got right. More 5-step plans? Go to Mathdiploma. Addition, Substraction, Division, Multiplication, Fractions and more! These games give the possibility to repeat the questions and improve the knowledge of the 3 times table.

## Multiplication Tips and Tricks

Enjoy the 3 times table games! Try to find as fast a possible the matching questions and answers! This is where you can practice your 3 times table. There are various ways the tables can be practiced. For example, you can practice the 3 times table in sequence and once you have got the hang of that you can make it a bit harder by practicing the sums up in random order. You can also practice the tables against the clock with the speed test. If you want to practice at your leisure, we suggest you print out the 3 times table worksheet and practice with that.

Click on the worksheet to view it in a larger format.

## 3 times table with games at hosballcolcintvir.tk

For the 3 times table worksheet you can choose between three different sorts of exercise. In the first exercise you have to draw a line from the sum to the correct answer. In the second exercise you have to enter the missing number to complete the sum correctly. In the third exercise you have to answer the sums which have been shuffled. This is where you can practice the 3 times table by entering all the answers and then checking how many you got right. You are now on the 3 times table page where multiplication calculations can be practiced in sequence.

Once you have mastered the table in sequence you can practice the sums in random order.