You can simply take the lowest even numbers and subtract it i.e. 4-2=2
when an odd number is subtracted from an odd number the answer is an even number.
7.
Yes, assuming you're multiplying it by another integer. By definition, an even number is a multiple of two. When you multiply it be another round number, that even number becomes a factor of the result. That means any factors of that even number (one of them being two), will also be factors of the result, thus giving you another even number. If however you multiply by a non-integer, you may very well end up with something that is not an even number. For example, 6 is an even number, but 6 × 1.5 will give you 9, which is not an even number.
In math, even is just another way of saying divisible by 2.If you add or subtract two numbers that share a divisor, the resulting number will also share that divisor. So the sum or difference of a pair of even numbers will (always and also) be divisible by two.In algebraic terms:If a/2 results in a whole number, then a must be even. Likewise, b/2.a/2 - b/2 = (a-b)/2.So if both a/2 and b/2 are whole numbers, then their difference must be, as well.
No
You can simply take the lowest even numbers and subtract it i.e. 4-2=2
when an odd number is subtracted from an odd number the answer is an even number.
Range is to subtract the largest number from the least number so even if you had an even amount of numbers you would have to do pretty mich the same thing.
Yes it can if the result is 2, else it can't because an odd number - an odd number = an even number, and 2 is the only even prime.
No. 10 - 2 = 8. The number 8 is even, not odd.
You can't. You can make an even number if you add 1 to it (82) or subtract 1 from it (80), but then you've changed the number, and it isn't 81 any more. There's nothing you can do to 81 to make it an even number.
7.
If you take the number 969 and subtract the 9 remainder you get 960. Because the number is even you can divide it by 2. 969/2 = 480R9. :)
If you don't specify a number, it becomes an infinite list, impossible to calculate.
Yes, assuming you're multiplying it by another integer. By definition, an even number is a multiple of two. When you multiply it be another round number, that even number becomes a factor of the result. That means any factors of that even number (one of them being two), will also be factors of the result, thus giving you another even number. If however you multiply by a non-integer, you may very well end up with something that is not an even number. For example, 6 is an even number, but 6 × 1.5 will give you 9, which is not an even number.
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