.33
.33
.33
9
59
Subtract 10 (or any other amount) from the smallest member of the group. Then add 10 (or the same amount as above) from the largest member of the group.
It represents, approximately, a linear relationship with a negative gradient.
Assuming, by number you mean integer, otherwise this is impossible to solve (i.e., there are an infinite amount of even numbers between 0 and 1 alone, e.g. 0.00002, ...., 0.00900208002, etc.).The definition of odd is given by 2n+1, where n is an integer.So if n=0: 2(0)+1 = 0 + 1 = 1When n is 0, you get the first "smallest" positive integer, therefore when n is 45 you'd actually get the 46th smallest positive real integer.Therefore, the 45th smallest positive odd number is given by:2(45-1)+1 = 2(44)+1 = 88 + 1 = 89Note: the "-1" represents offsetting the numbers, because we begin counting at zero.The answer is 89.
We aren't going to be able to answer this accurately if you don't tell us what the numbers are.
0.831
9
0.33
0.33
2
Out of that list of numbers, 1 is the smallest.
Those are not sets of numbers. They're just numbers. And they're equal.
59
Smallest amount.
No. You an get an infinite amount of minus numbers, and any of those which are positive when they are even will be positive when they are negative.
0.09 All these numbers can be categorised in wholes, tenths and hundredths. Therefore 3.26 is 3 wholes, 2 tenths and 6 hundredths; 0.54 is 0 wholes, 5 tenths and 4 hundredths; 89.00 is 89 wholes, 0 tenths and 0 hundredths; 0.09 is 0 wholes, 0 tenths and 9 hundredths. Hence 0.09 is the smallest of the numbers.