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.
Wiki User
∙ 13y ago0.57 > 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.
Expressed in decimal, the binary number 111111010 represents 506.
when comparing 2 decimals like .57 and .559 the number with the least amount of numeral places is the greater number.This is caused by the places of decimals because .57 is only 57 hundredths and .559 is 559 thousandths so the one with less numbers is greater.This goes with all decimals and if they have the same amount of numbers then you take the higher number like 8 is greater ten 6.
It is 100011.
It represents a number.
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.
It means that the number that the percentage represents is greater than 1.It means that the number that the percentage represents is greater than 1.It means that the number that the percentage represents is greater than 1.It means that the number that the percentage represents is greater than 1.
.9 is greater. Look at the first number after the decimal point -if it is greater, the number is greater. if the number is the same, go to the next decimal point; if it is greater, the number is greater; etc.
No, it is not greater that 5.
Expressed in decimal, the binary number 111111010 represents 506.
The binary number 10000000 represents the decimal 128
No
Binary ( 1 0 ) = decimal ( 2 )
ANY positive number is greater than any negative number. Imagine you are digging a hole, and piling up the dirt you remove from the hole. The hole represents negative numbers- it goes lower than the surface. The piled up dirt represents positive numbers- it is higher than the surface. The surface is zero- neither positive or negative.
It is 100011.
It represents a number.
Positive numbers are greater than negative numbers. Decimals can be either positive or negative.