Introduction to 1 Digit by 1 Digit Multiplication Worksheets PDF

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The repeated addition of one number to another is represented by the multiplication of two numbers. In mathematics, multiplication is equivalent to the addition of equal groups. As we multiply, the number of items in the group increases. Product, factor of two, and product are components of a multiplication problem.

What are 1-digit numbers?

We know that the digits 1, 2, 3, 4, 5, 6, 7, 8, 9 and 0 are used to form all numbers. One digit, two digits, and even multiple digits can be used to construct different numbers. There are 9 single digit numbers. 1 (one) is the smallest and 9 (nine) is the largest single digit number. When used as a number, all digits are converted to numbers.

numbers

What is multiplication?

In mathematics, multiplication is the same as adding equal groups. The number of items in a group increases as we multiply. The multiplication problem has three parts: the product, two factors, and the product. These figures can be fractions, integers, whole numbers, natural numbers, etc. When a is multiplied by b, it is either added to itself ‘b’ times or vice versa. In mathematics, in addition to addition, subtraction and division, multiplication is a mathematical operation symbolized by the symbol “✖”.

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Important terminology used in multiplication:

“Factors” are often numbers that need to be multiplied. Example 2 is a factor of 4. “Multiply” is the number to be multiplied, and “multiplied” is the number by which it is multiplied. Usually, the multiplier comes first and the multiplicand comes second; However, sometimes the multiplier comes first and the multiplier comes second.

Different breeding conditions

Different breeding conditions

Breeding features:

Multiplication properties are certain rules used when multiplying numbers.

For example, [][3 times 4 = 12]and [4 times 3 = 12]Thus, the result remains unchanged.

For example, [[3 times 9] times 2 = 3 times [9 times 2]]

For example, [8 times 1 = 8]

Breeding stages:

From right to left, multiply the multiplier by each digit of the multiplier. Product units are written below the line.

The tenth position of each product is added to the product after it.

For example: , if we take [561 times 3] :

The first calculation is[3 times 1 = 3]. 3 is entered under the line.

Now multiply 3 by 6 to get 18. 1 to the tens place is kept and added to the next multiplication as soon as the 8 is written down the line.

To finish, multiply [3 times 5]to get 15. The 1 saved from the previous product must be added to make the total [15 + 1 = 16][]. There is no need to do anything else.

multiplication

multiplication

Single digit multiplication:

We know how to multiply one 1-digit number by another 1-digit number. When multiplying single-digit numbers, the appropriate integer multiplication table is used.

Let’s say we need to multiply 6 by 4 and arrange the numbers in a column.

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multiplication

multiplication

To determine that 6 times 4 is 24, we must mentally read the 6 times tables.

24 is listed as a product. We declare that 6 times 4 equals 24.

In this case, the multiplier is 6, the multiplier is 4, and the multiple fact of the product is 24.

The numbers 6 and 4 are often referred to as components of 24.

Multiply by zero:

Zero has additive identity because it can be added to any number without changing its identity. The zero property of multiplication indicates that the product of multiplying a number by zero is always zero. Because a null can be before or after a number, the position of the null has no effect on the property.

So, [5 times 0 = 0]. The zero property of multiplication applies to all numbers, including whole numbers, fractions, decimals, and algebraic terms.

As a result, any numerical digit multiplied by zero equals zero.

Multiply by zero

Multiply by zero

Solved examples (one-digit multiplication worksheets):

1: What is 9 times 7?

Answer: 9 times 7 can be written as:

[9 times 7=63]

9 times 7 equals 63.

2: Find the value for 0 * 0.

Answer: The value of 0 * 0 will be 0.

As we know, if we multiply any number (here is 0) by 0, we get 0.

3: If a child gets 8 chocolates a day, how many chocolates will he have in a week?

Answer: We know that 1 week [ = 7] days

And the child gets 8 chocolates every day

means after 1 week it will have [8 times 7] chocolates.

[8 times 7=56]

After 1 week, he will have 56 chocolates with him.

Conclusion:

Mathematical multiplication is equivalent to adding equal groups. As we multiply, the number of items in the group increases. The product, two factors, and the product are the three components of a multiplication problem. Multiplication is represented by the symbol “✖”.

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