All numbers of the form 6+12x are, for all integer x.
No - an integer is a whole number - 3.5 is a decimal fraction. The closest integers to 3.5 are 3 and 4.
48 That is a good answer but to get ALL answers - do the following: 12 = 3*4 16 = 4*4 Therefore 3*4*4 is the minimum number that is needed. So to get all numbers m*3^k*4^p where m and k is any integer >0 and p is any integer >1
4 is an integer.
the number 4 is an integer.
you simply cannot cheat on odysseyware
All numbers of the form 6+12x are, for all integer x.
$4= $-4= $+4
No - an integer is a whole number - 3.5 is a decimal fraction. The closest integers to 3.5 are 3 and 4.
48 That is a good answer but to get ALL answers - do the following: 12 = 3*4 16 = 4*4 Therefore 3*4*4 is the minimum number that is needed. So to get all numbers m*3^k*4^p where m and k is any integer >0 and p is any integer >1
4 is an integer.
the number 4 is an integer.
No. All an integer is is a whole number. Like 1 2 3 4 etc. No decimals :)
The opposite integer of 4 is -4. In mathematics, the opposite of a number is its additive inverse, which means the number that, when added to the original number, results in zero. Therefore, the opposite integer of 4 is -4 because 4 + (-4) = 0.
All four are integers.
Yes. By definition a multiple of 8 is any number that can be expressed as 8*n, where n is an integer. But 8n=4*(2*n), and 2*n is an integer, when n is an integer. Because 8n equals four times an integer, 8n is a multiple of 4.
It is: 0+4 = 4 which is an integer or a whole number