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No. For any integer, you can add one to get an even greater integer.
52 is the smallest even number greater than 50.
The smallest integer is 11 but there is no smallest number! 0.11 is a smaller number and will give a perfect square. 0.0011 is smaller still, and 0.000011 even smaller. That sequence is endless!
If the largest integer is subtracted from four times the smallest, the result is 4 more than twice the middle integer. Let the smallest integer be x, then the others are x + 2 and x+ 4. Therefore 4x - (x + 4) = 2 (x + 2 ) + 4 Expanding, we get 4x -x -4 = 2x + 4 + 4 Gathering terms: x = 12 Thus the three integers are 12, 14 and 16.
The prime factorisation of 248832 is 2¹⁰ × 3⁵ Every perfect square number has a prime factorisation where each prime is to an even power. 2 has an even power 3 has an odd power, so need an extra power → multiple 248832 by 3 which gets (2⁵ × 3³)²
No. For any integer, you can add one to get an even greater integer.
No, the greatest common factor is never greater than the smallest number. The greatest common factor is the largest integer that divides evenly into all of the numbers listed.
The greatest integer that is less than -4 is -5. -5 is next largest integer, even though it has the smallest absolute value for the set of number <-4. This is because the less negative a value is, the greater it is, even though it's numeric component '5' is not the largest.
Perhaps it makes sense to ask; in any case, the answer is that there is no greatest and no smallest integer. Whatever number you choose, you can always add one to get an even larger integer; or subtract one to get an even smaller one.
-2 is the greatest negative even integer.
2.
It is an integer.
52 is the smallest even number greater than 50.
The smallest even number greater than 30,000 is 30,002.
That's correct - there is none. For any integer, you can subtract one to get an even smaller integer.
The smallest even number greater than 30,000 might contain a number like 30,002.
500000002