To find the even numbers larger than 80 and less than 258, we first identify the range: the smallest even number greater than 80 is 82, and the largest even number less than 258 is 256. The even numbers in this range form an arithmetic sequence with a first term of 82, a last term of 256, and a common difference of 2. The number of terms in this sequence can be calculated as ((256 - 82) / 2 + 1), which gives us 88 even numbers.
There is only one and it is 2
If you include negative numbers, that's an infinite list.
Only one number can be both even and prime, and that is the number 2.
49 of them.
None. All counting numbers are even or odd.
An infinite number of even numbers are less than 10.
There are infinitely many: 29, 28, 27, ... 1, 0, -1, -2, -3, ...If you only want non-negative numbers, there are also infinitely many, since there are infinitely many fractions in an interval of any size. And if you include real numbers, you get an even larger (a so-called "uncountable") infinity.
There is only one and it is 2
One of them.
If you include negative numbers, that's an infinite list.
Only one number can be both even and prime, and that is the number 2.
49 of them.
None of them. All counting numbers are either odd or even.
None. All counting numbers are even or odd.
It varies by species, from 1 to a dozen or more, and even larger numbers from eggs.
All numbers are either odd or even, none are both, so less than 30 there are 29 counting numbers that are either odd or even but not both. (Assuming you mean starting to count with 1.)
All but the square numbers - 53 of them.