4 Multiplication Sinhala Part 01

4 Multiplication Sinhala Part 01
Can't memorize multiplication by four? The answer is the PulDi method. All multiples of 04 from 0 to 99.
Hi All.
This is All Quick and Easy (WAQE) you're viewing, which describes an easy way to find multiples of 4 with PulDi method. and make simple images of how their patterns and numbers fit together.
Furthermore, it also describes how to get the decade multiples of 4 from 00 - 90.
Finally, 00 to 09 are tabulated and summed to obtain multiples of 40 and described.
Draw a horizontal line with some gap.
Values in one place of the values to be multiplied, i.e. the numbers 0 to 9 are used to write the value in one place. i.e. 0 1 2 3 4 5 6 7 8 and 9.
Number 0 is written above the line, number 2 is written below the line and the number 4 is written below the number 0, Then the number 6 is written below the number 2 and the number 8 is written below the number 4.
Draw another horizontal line below number 6.
In the second step, below the line as mentioned before the number 0, the number 4, the number 8, the number 2, the number 6 is written respectively.
0 2 4 6 and 8 are used twice to write the value in one-place in the boxes.
The ten place value is used in a different pattern before the one place value. Values from 0 to 3 are used for the pattern.
Number 0 is placed above the top line, number 1 below the top line, the number 2 is written under the line below it and finally number 3 below the bottom line.
We add 0, 1, 2 and 3 separately to the value obtained by multiplying 0 by 4, zero is the value in the tens place of the values to be multiplied by 4.
Then the resulting values are
4 X 0 + 0 = 0,
4 X 0 + 1 = 1,
4 X 0 + 0 = 2,
4 X 0 + 1 = 3,
i.e. 0, 1, 2 and 3 Multiples of 4 are applied as decimal values
4 X 0 + 0 = 0,
The value 0 in the first tens place is applied in front of the values 0, 4 and 8 in the one place from top to bottom in that row.
4 X 0 + 1 = 1,
The value 1 in the second tens place is applied in front of the values 2 and 6 in the one place from top to bottom in that row.
4 X 0 + 2 = 2,
The value 2 in the third tens place is applied in front of the values 0, 4 and 8 in the one place from top to bottom in that row.
4 X 0 + 3 = 3,
The value 3 in the fourth tens place is applied in front of the values 2 and 6 in the one place from top to bottom in that row.
(00 - 09)
The value (00) obtained from multiplying 0 by 4, is applied separately in front of the values in one place. Zero is the value in the tens place of the values to be multiplied by 4. 00 times 4 = 00, ...
(10 - 19)
The value (04) obtained from multiplying 1 by 4, is applied separately in front of the values in one place. One is the value in the tens place of the values to be multiplied by 4. 10 times 4 = 040, ...
(20 - 29)
The value (08) obtained from multiplying 2 by 4, is applied separately in front of the values in one place. Two is the value in the tens place of the values to be multiplied by 4. 20 times 4 = 080, ...
(30 - 39)
The value (12) obtained from multiplying 3 by 4, is applied separately in front of the values in one place. Three is the value in the tens place of the values to be multiplied by 4. 30 times 4 = 120, ...
(40 - 49)
The value (16) obtained from multiplying 4 by 4, is applied separately in front of the values in one place. Four is the value in the tens place of the values to be multiplied by 4. 40 times 4 = 080, ...
(50 - 59)
The value (20) obtained from multiplying 5 by 4, is applied separately in front of the values in one place. Five is the value in the tens place of the values to be multiplied by 4. 50 times 4 = 200, ...
(60 - 69)
The value (24) obtained from multiplying 6 by 4, is applied separately in front of the values in one place. Six is the value in the tens place of the values to be multiplied by 4. 60 times 4 = 240, ...
(70 - 79)
The value (28) obtained from multiplying 7 by 4, is applied separately in front of the values in one place. Seven is the value in the tens place of the values to be multiplied by 4. 70 times 4 = 280, ...
(80 - 89)
The value (32) obtained from multiplying 8 by 4, is applied separately in front of the values in one place. Eight is the value in the tens place of the values to be multiplied by 4. 80 times 4 = 320, ...
(90 - 99)
The value (36) obtained from multiplying 9 by 4, is applied separately in front of the values in one place. Nine is the value in the tens place of the values to be multiplied by 4. 90 times 4 = 360, ...
(00 - 90) decimal number multiples of 4.
Inside the boxes in the table made at the end using the value of 3 in the fourth decimal place, write 0 after the one place values. 00 times 4 = 000, ...
multiples of forty (00 - 09)
Inside the leftmost boxes in the table made at the end using the value of 3 in the fourth decimal place, write 0 after the one place values. 00 times 40 = 000, ...
Let's see are we able to multiplying by 4 till 00 - 99.
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Thank you.

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