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Start learning 50% faster. Sign in nowFirst term = 2.1 x 1 = 2.1 Last term = 2.1 x 21 = 44.1 Required average = (2.1 + 44.1)/2 = 23.1
A six-digit number 23p7q6 is divisible by 24. Then the greatest possible value for (p + q) is:
What is the value of (2² + 3²) × (4³ + 5³) ÷ (6⁴)?
If the 6-digit number 589y72 is completely divisible by 8, then the smallest integer in place of y will be:
Find the smallest number that, when divided by 6, 8, and 12, leaves a remainder of 5 in each case.
A number when divided by 45 leaves a remainder 21. What will be the remainder when the square of the same number is divided by 45?
Find the largest number that divides 400, 500, and 600, leaving remainders 10, 20, and 30 respectively.
If '410x8' represents a five-digit number that is divisible by 7, determine the sum of all possible values of 'x'.
When a number is divided by 119, the remainder remains 15. When the same number is divided by 17, what will be the remainder?
If ‘48b297a54’ is a nine digit number which is divisible by ‘11’, then find the smallest value of (a + b).
What is the minimum value of X for which 437X6 is divisible by 9?
