I'd say it's 48. To fit the pattern, it should be 58. If you take 1 and 2 and add them the answer is 3, you will use that answer several more times you will also add some numbers to them selves such as follows. 1+2=3 3+2=5 5+5=10 10+3=13 13+13=26 26+3=29 29+29=58 Thus making 48 the one that does not belong.
You could make a case for any of them.
You have to find a pattern in the numbers, and exclude the one that messes up the pattern.
No. One, a counting number, doesn't belong to either of those sets.
If the series is plus one, times two, plus one, times two, etc., the 8 does not belong.
They will always follow some Fibonacci sequence. If P and Q are any two numbers, then they belong to the Fibonacci sequence with the first two numbers as P and (Q-P).
30
You could make a case for any of them.
8
Yes and integers are whole numbers that can belong to one of the following classes:- Prime numbers which have only 2 factors Composite numbers which have more than 2 factors
9 - all the rest are prime
The answer is 12 every other numbers are odd numbers, but 12 is an even number
Most probably 48.
No, they can belong to infinitely many subsets.
You have to find a pattern in the numbers, and exclude the one that messes up the pattern.
133 ,because all haveroot squares except 133
19 doesn't belong. The rest of the numbers are multiples of 3.
Pi is an Irrational number, which is one of the two subcategories of real numbers.