The answer is exponential and arrays in two dimensions as follows:
Dimension 1:
3.121
3.1211
3.12111
3.121111... and so on to infinity
Dimension 2:
3.121n
3.122n
3.123n
3.124n
3.125n
3.126n
3.127n
3.128n
3.129n
Where n = 1 to 9 for every additional decimal point you add.
In short, there's an infinite amount of numbers between 3.12 and 3.13
3.125
Either 313 or 312 are correct as 312.5 is halfway between either number.
It is 313 because .9 is greater than .5
It lies between the cube roots of 311 and 313.
It is 313 - 178 = 135
It is 313 - 178 = 135.
Finding divisibility by 3 and 9 are very easy to do. Simply add up the digits in the number and see if they are divisible by the number you are looking for. 3+1+3=7 and 7 is not divisible by 3, is 313 is not either. ◄ 3+1+2=6 and 6 is divisible by 3, so 312 is also. 312/3=104
312 + 313= 625, anything really fat like people(:
8
1 and 313 (313 is a prime number).
313 is a prime number.
313 is a prime number.
1 and 313 - It is a prime number.