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 ___.

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Solution

11
By test of divisibility 11, the difference of the sum of its digits at odd places and that of even places is either zero or multiple of 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.

Solve the divisibility rule puzzle.

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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 ___.

Q. If in a number , difference between the sum of digits at its odd places and that of digits at the even places is given

0

, then the number is divisible by _____ .

Q. Question 30

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

If a three-digit number abc is divisible by 11, then ___ is either 0 or multiple of 11.

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Divisibility Tests for 11

Standard VI Mathematics

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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 ___.

11 By test of divisibility 11, the difference of the sum of its digits at odd places and that of even places is either zero or multiple of 11.

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 ___.

11
By test of divisibility 11, the difference of the sum of its digits at odd places and that of even places is either zero or multiple of 11.