There are none because two consecutive even integers would add up to an even number and the number given of 217 is an odd number.
1000 dollars. While some collectors will pay more for consecutive bills, there is no standard way of appraising value based solely on serial number. There are a variety of other factors that can increase their combined value.
The number line is set up so that integers are equally space. That is, the distance between two consecutive integers is, for example, 1 cm. (or some other convenient distance). Also, the numbers are usually labeled; you should therefore have no trouble finding them. If you have one integer, the next number (one more) is one unit to the right (at least, that's the standard way to show a number line).
There is some disagreement. You can make a rectangle that is 4 x 8, but some definitions specify consecutive integers, which means 32 wouldn't qualify.
There is some disagreement. You can make a rectangle that is 6 x 8, but some definitions specify consecutive integers, which means 48 wouldn't qualify.
No. Odd numbers can be written as the sum of consecutive integers, but some multiples of odd numbers are even.
There are none because two consecutive even integers would add up to an even number and the number given of 217 is an odd number.
1000 dollars. While some collectors will pay more for consecutive bills, there is no standard way of appraising value based solely on serial number. There are a variety of other factors that can increase their combined value.
The number line is set up so that integers are equally space. That is, the distance between two consecutive integers is, for example, 1 cm. (or some other convenient distance). Also, the numbers are usually labeled; you should therefore have no trouble finding them. If you have one integer, the next number (one more) is one unit to the right (at least, that's the standard way to show a number line).
There is some disagreement. You can make a rectangle that is 4 x 8, but some definitions specify consecutive integers, which means 32 wouldn't qualify.
There is some disagreement. You can make a rectangle that is 6 x 8, but some definitions specify consecutive integers, which means 48 wouldn't qualify.
A square number is the product of the same two integers. A rectangular number is the product of consecutive integers.
When multiplied together, an odd number and an even number will always produce an odd number. Two consecutive numbers consist of one odd number and one even number, so their product is always an odd number. N-n-n-no! Any number multiplied by an even number yields an even product. Ever;y even number can be expressed as 2*M for some M. If we multiply 2*M by Y, the product is 2*M*Y = 2*(M*Y) which is even. So the right answer is: They don't! The product of two consecutive numbers is always even. Regards, Bill Drissel
It is possible if you define some arbitrary sequence, to decide which number comes "after" which other number. There is no "natural" sequence, as in the case of integers; to be more precise, you can't use the ordering defined by the "less-than" operator as such a sequence: between any two different rational numbers, there are additional rational numbers.
The team won 10 consecutive games, but lost the championship. She has lost weight for 5 consecutive weeks and she's well on her way to reaching her goal. It has rained for 4 consecutive days and we'd really like some sunshine.
Together, $60.00. However, some collectors might offer you a bit more for the novelty of it.
Assuming you mean how to solve what three consecutive numbers sum to some value: Divide the sum by three to get the middle number. The other two numbers are one less than this and one more than it. example: Which three consecutive numbers sum to 108? 108 ÷ 3 = 36 → The other two numbers are 36 - 1 = 35 and 36 + 1 = 37 → The three numbers are 35, 36, 37. 35 + 36 + 37 = 108 as required.