s= -8 + n, or s=n - 8, where s is the sum and n is the number
t < r
No 5/8 is not greater because if you change 3/4 to 6/8 by multiplying by 2 on both sides of the division line, changing 3/4 to eight's, it is one-eighth less than 6/8's
3/8 will never equal 5/8. But if you mean what number can you multiply 3/8 by to get 5/8, that number is about 1.666666666... (1 with infinite 6's after the decimal), or simply, 1 and 2/3.
s
The set S of all positive divisors of 8 (excluding 8 itself) is S = {1 2 4}. Because the sum of those numbers (1+2+4 = 7) is less than 8, the number 8 is what Nicomachus would call a "deficient number".
7s - 8
s-3
No 2.589 is largers because you can just add 0's to the 2.5 (2.500) its the same number. Since the 8 in 2.589 is larger than 0, thats what makes 2.589 the bigger number.
998 is less than 1000, the ones digit is 8, and the other two digits, 9's, are identical to each other.
100,000,999
19999555
Well, well, well, look at you trying to crack this mystery number. Based on the clues you've given, I'd say the number you're looking for is 8. Why? Because 8's factors include 1, 2, 4, and 8, and when paired with 32, their least common multiple is indeed 32. So, there you have it - mystery solved!
8 12's can be broken down to 2 3rds. They are not worth more or less than each other.
8 + S
S would be 8 letters less than Z, unless in this case Z is meaning something else. If so, I have no idea. But- 1.Z 2.Y 3.X 4.W 5.V 6.U 7.T 8.S Is how it would be so.
s= -8 + n, or s=n - 8, where s is the sum and n is the number