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प्रश्न
If sum of the number 985 and two other numbers obtained by arranging the digits of 985 in cyclic order is divided by 111, 22 and 37 respectively. Find the quotient in each case.
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उत्तर
\[\text{ The sum of }(985 + 859 + 598)\text{ when divided by }: \]
\[(i) 111\]
\[\text{ Quotient }= (9 + 8 + 5) = 22\]
\[(ii) 22, i . e, (9 + 8 + 5)\]
\[\text{ Quotient }= 111\]
\[(iii) 37 ( = \frac{111}{3})\]
\[\text{ Quotient }= 3(9 + 8 + 5) = 66\]
संबंधित प्रश्न
Without performing actual addition and division write the quotient when the sum of 69 and 96 is divided by
(i) 11
(ii) 15
Given an example of a number which is divisible by both 4 and 8 but not by 32.
Which of the following statement is true?
If a number is divisible by 4, it must be divisible by 8.
Look at the patterns of numbers in hexagons.
Each side has 2 circles and 1 box.


- Look at the number 65 in the box. Which are the circles next to it?
- Can you see how the rule works?
Now, look at this —
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Check if it is true or not.
The difference of three-digit number and the number obtained by putting the digits in reverse order is always divisible by 9 and ______.
If
then B = ______.
If A × 3 = 1A, then A = ______.
If N ÷ 5 leaves remainder 3 and N ÷ 2 leaves remainder 0, then N ÷ 10 leaves remainder 4.
1y3y6 is divisible by 11. Find the value of y.
