If they have whole numbers before the decimal point, it's easy. The one with the greater
whole number before the decimal point is the greater number.
If neither one has a whole number before the decimal point, then look for the first place
after the decimal points where their digits are different.
If one has more digits than the other, then zeros can be added to the right of the rightmost digit, without changing the value. The number with the greater digit in that place is the greater number.
Example: compare .09 and .15 : The first digit that is different is 0 and 1. 1 > 0 so .15 is greater.
How about .2 and .23 ? The first digit is 2 in both, .2 doesn't have any more digits, so make it .20, then compare 0 and 3, so .23 is greater.
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0.57 > 0.559 0.57 is greater than 0.559 because when you tack on the extra zero on "0.57", it makes it 0.570.
In the decimal system, 13 is greater than 1.3. This is because the placement of digits to the right of the decimal point represents fractions of a whole number. In this case, 1.3 is equivalent to 1 and 3/10, while 13 is a whole number.
Expressed in decimal, the binary number 111111010 represents 506.
Yes, the decimal number 8.8 is greater than the decimal number 12.12.
Positive numbers are greater than negative numbers. Decimals can be either positive or negative.