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Take LCM of 15, 18, 36 = 180 The required number which is exactly divisible by 11. ⇒ 180x + 9 Put x = 6 ⇒ 180 × 6 + 9 ⇒ 1089 is divisible by 11.
If the 6-digit number 589y72 is completely divisible by 8, then the smallest integer in place of y will be:
The largest 5 digit number which is exactly divisible by ‘33’ is:
If '410x8' represents a five-digit number that is divisible by 7, determine the sum of all possible values of 'x'.
If the 6-digit number 1344AB is divisible by 3, 7, and 11, then what is the value of A + B?
Which of the following numbers is divisible by 22?
Which of the following pairs of non-zero values of p and q make 6-digit number 674pq0 divisible by both 3 and 11?
If the 6-digit number 324a16 is completely divisible by 8, then the largest integer that can replace a is:
What is the least number which when divided by 15, 18 and 36 leaves the same remainder 9 in each case and is divisible by 11?
If the seven-digit number 5728p9 is exactly divisible by 11, then what is the value of (11 p), where p > 0?
If ‘1x5629’ is a six digit number which is divisible by 9, then which of the following can be the minimum value of ‘x’?