A number can be divisible by _ if the difference of the sum of the digits at odd places and the sum of the digits at even places is either $0$ or ____.

$3$

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$9$

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$11$

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$7$

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Solution

The correct option is C
$11$

We know the divisibility rule of number $11$ which is -
Hence, a number is divisible by $11$ $= (s u m o f d i g i t s i n t h e o d d p l a c e s) - (s u m o f d i g i t s i n e v e n p l a c e) i s Z e r o o r d i v i s i b l e b y 11 .$

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Question 148

Fill in the blank to make the statement true.

If the difference between the sum of digits at odd places (from the right) and the sum of digits at even places (from the right) of a number is either 0 or divisible by ___, then the number is divisible by 11.

Q. Question 29

In the given question, fill in the blanks to make the statement true.

A number is divisible by 11 if the differences between the sum of digits at its odd places and that of digits at the even places are either 0 or divisible by ___.

Solve the divisibility rule puzzle.

Down
10. A number is divisible by which number; if the difference of the sum of its digits at odd places and sum of its digits at even places is either

0

or a number divisible by

11

Q. A number is divisible by 11 if the difference of the sum of its digits at odd places and sum of its digits at even places is either 0 or a number divisible by ___.

A number is divisible by $11$ if the difference between the sum of digits at its odd places and that of digits at the even places is either $0$ or divisible by ……...

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A number can be divisible by _______ if the difference of the sum of the digits at odd places and the sum of the digits at even places is either 0 or __________.

The correct option is C 11We know the divisibility rule of number 11 which is - Hence, a number is divisible by 11 =(sumofdigitsintheoddplaces)–(sumofdigitsinevenplace)isZeroordivisibleby11.

A number can be divisible by _ if the difference of the sum of the digits at odd places and the sum of the digits at even places is either $0$ or ____.

The correct option is C
$11$

We know the divisibility rule of number $11$ which is -
Hence, a number is divisible by $11$ $= (s u m o f d i g i t s i n t h e o d d p l a c e s) - (s u m o f d i g i t s i n e v e n p l a c e) i s Z e r o o r d i v i s i b l e b y 11 .$