Each odd number is followed by an even one, except the last one. Therefore there is just one extra odd number.
That answer is incorrect. When you say BETWEEN 1 and 99, those numbers define the boundaries and are NOT included. Therefore the answer is one extra EVEN number.
The concept of "even" and "odd" applies to integers, not to fractions in general.The concept of "even" and "odd" applies to integers, not to fractions in general.The concept of "even" and "odd" applies to integers, not to fractions in general.The concept of "even" and "odd" applies to integers, not to fractions in general.
1.3 is a fraction. The concept of odd and even applies only to integers.1.3 is a fraction. The concept of odd and even applies only to integers.1.3 is a fraction. The concept of odd and even applies only to integers.1.3 is a fraction. The concept of odd and even applies only to integers.
Are not all integers spaced out to be odd then even then odd then even etc (eg 1,2,3,4,5,6,7,8,9,10, etc) and therefore there is no such thing as two consecutive odd integers.
The set of positive odd integers.
All integers are whole numbers that can be odd or even
Between them they are all the integers from 30 to 50.
No. Even and odd apply exclusively to integers.
Neither. Only integers are odd or even.
Neither. The property of odd or even is relevant only for integers.
They are integers.
No. Even and odd are properties of integers only.
There are no two consecutive integers that sum to 58. With two consecutive integers, one is even, the other is odd. The sum of an even number and an odd number is odd. 58 is even so cannot be the sum of two consecutive integers.