For n to be a perfect square n = m2 where m can have one of the values 1, 2, 3, ... 1, 2, 3, ... are the counting numbers. There are an infinite number of counting numbers, so there are an infinite number of perfect squares (n = m2).
Well, there is an infinite number of numbers, so technically, there is an infinite amount of prime numbers.
There are an infinite number of them so it is not possible to list them.
There are an infinite amount of numbers, so there can be no "greatest" odd number.
It is more so an expression that numbers never end. But it can be used as a number.
For n to be a perfect square n = m2 where m can have one of the values 1, 2, 3, ... 1, 2, 3, ... are the counting numbers. There are an infinite number of counting numbers, so there are an infinite number of perfect squares (n = m2).
Infinity. There's an infinite number of place values, so you can create an infinite number of numbers that start with nine. Some of these will be prime, and since there is an infinite number of numbers starting with nine, there is an infinite number of prime numbers that start with 9 as well.
Well, there is an infinite number of numbers, so technically, there is an infinite amount of prime numbers.
There are an infinite number of them so it is not possible to list them.
Numbers are infinite-so there is no biggest number.
There are an infinite amount of numbers, so there can be no "greatest" odd number.
Numbers are infinite, as a matter of fact counting decimals there are a infinite amount of numbers between 0 and 1. So depending on what you mean with natural numbers no, there is no natural last number.
It is more so an expression that numbers never end. But it can be used as a number.
-- Every multiple of 3 could be a perimeter. There are an infinite number of those. -- And for each one, there are an infinite number of different triangles that all have that number for their perimeter. So I guess the answer is: An infinite number of infinite numbers of them.
Technically, an infinite number. As numbers are infinite, so are the equations that represent these numbers. For example, 537 - 185 = 352. You can always add one to the number you started with, changing the equation to get 352. Since there is an infinite amount of numbers, the equations are also infinite. I get the feeling this a sarcastic question..
They are numbers that are NEAR PERFECT. a near perfect number is when its factors (exept the actual number) are added up and ALMOST equal the number ex. 16x1/2x8/4x4/ so its factors are 1,2,4,8 and 16 so add them ( exept the actual number) 1+2+4+8=15 so its NEAR PERFECT and a perfect number is a number that all its factors equal to its number ex. 6-1,2,3,6 are its factors all together-1+2+3=6 those are NEAR PERFECT and PERFECT numbers
This is an infinite set starting with -1, -2, -3 and so on.