0.5 is greater. For positive decimal numbers with only 0 to the left of the decimal point, whichever number, if either, has the larger digit immediately to the right of the decimal point is larger. If the numbers have the same digit immediately to the right of the decimal point, apply the same test to the successive digits after the decimal points until one with a distinction is found; the larger of the first distinctive digit after the decimal point is in the larger number.
When rounding to a specific place, take a look at the digit immediately to the right of the target. If that digit is 4 or less, zero everything to the right of the target out. If that digit is 5 through 9, increase the target by one and zero everything to the right of it out. If the target is a 9, increasing it will turn it to zero and increase the digit to the left of the target by one.
Less. Eg. 'it is worse than that', 'it is the worst', and 'it is less than that', 'it is the least'.
To round a number to a given number of significant figures (digits) or decimal places you need to look at what comes after the appropriate number of digits. If what follows is less than 5 then the number is truncated (chopped off) at the appropriate length. If what follows is greater than 5 then the final digit of the number that is to remain is increased by one and the rest discarded.So,1.23456 rounded to 3 significant figures or 2 decimal places is 1.23 since the next digit is 4, which is less than 5.1.23456 rounded to 5 significant figures or 4 decimal places is 1.2346 since the next digit is 6 which is greater than 5. So 1.2345 is rounded up to 1.2346.What do you do if the next digit is 5? You look at the next two digits: if they are less than 50 you truncate, if they are greater than 50 you round up the final digit.Finally, what do you do if the final digit is exactly 5. Many [most] school incorrectly teach pupils to round up from 5. This introduces an upward bias in the results because on average you round down 40 per cent of the times (next digit 1, 2, 3 or 4), and round up 50% (next digit 5, 6, 7, 8 or 9). A better solution is to round up or down so that the new last digit is even. This is the default rounding mode used in IEEE 754 computing functions and operators.
If the decimal is positive, than a negative number is less than 0.
Not necessarily.
-0.999
It depends on what you mean by three digit decimal. If you mean three digits after the decimal, then it's 0.999. However, if you mean three digits in the number, then it's 0.99.
The answer is -5300.
12.579 - since the next digit (in this case 1) is less than five.
2.857Because the digit after the first 7 is less than 5, we round down.
Standard algorithm is when you take two digits or decimals and you put the digit or decimal with the greater value on top and the digit or decimal with the least value on the bottom and you contrast the digits/decimals to see if it greater than, less than,or equal to.
No. eg 20 ÷ 133 = 0.1503759... which has infinitely many digits
.9
Compare the first digit after the decimal point. Which is less?
4.832 rounded to two decimal places is 4.83 because the digit of 2 is less than the digit of 5
If the last digit in 7.37 is less than 5, then remove the last digit. One Decimal Place Rule #2: If the last digit in 7.37 is 5 or more and the second to the last digit in 7.37 is less than 9, then remove the last digit and add 1 to the second to the last digit.