Take any counting number greater than one. 2, 3, 4, 5 and so on. Double it. Between the number and twice the number, there will be at least one Prime number. 3, a prime number, is in between 2 and 4.
The opposite of "least" is "largest" or "greatest". However, note that there is no such thing as the largest counting number.
There is no least whole number: the negative counting numbers go on for ever.
The least number that is divisible by the first 12 counting numbers (1 through 12) is known as the least common multiple (LCM) of those numbers. The LCM of 1 through 12 is 27720. This means that 27720 is the smallest number that can be evenly divided by each of the first 12 counting numbers.
The difference between the greatest and least number is the range. For example, if the greatest # in a set of data is 20, and the least # is 10, 20-10=10. 10 is the range.
It is the lowest number that has the first ten counting numbers as factors.
It is 1.
The opposite of "least" is "largest" or "greatest". However, note that there is no such thing as the largest counting number.
There is no least whole number: the negative counting numbers go on for ever.
The least number that is divisible by the first 12 counting numbers (1 through 12) is known as the least common multiple (LCM) of those numbers. The LCM of 1 through 12 is 27720. This means that 27720 is the smallest number that can be evenly divided by each of the first 12 counting numbers.
There's no such thing as one consecutive digit. There has to be at least two of them.When you count, consecutive digits are numbers that you name in a row, with nothing else between them.Examples:34 and 35 are consecutive. There's no counting number between them.97 and 98 are consecutive. There's no counting number between them.62 and 64 are not consecutive, because 63 comes between them.
The difference between the greatest and least number is the range.
In a set of numbers, the difference between the greatest and the least is called the range.
alkane
The least common natural number(counting numbers) multiple of 14 and 5 is 1
You need at least two numbers to find an LCM.
First, find the least common multiple (LCM). Then, multiply that number by successive counting numbers.
Oh, dude, after 900,000 comes 900,001. It's like counting but with really big numbers. So, if you were counting sheep to fall asleep, you'd be counting for a while before you hit that number. But hey, at least you'd be well on your way to a million!