You see which tick is nearer to the point on the number line.
work out
48.81 will round up to 49.
I think you round it to the nearest whole number...
You can't convert a number with decimals (or a fraction) to a whole number, without losing precision. You can round it to the nearest number, or truncate it (just remove the decimals), but in any case, that won't be the same number (just the nearest integer, in case you choose to round it), so "2.8 as a whole number" really doesn't exist.
Anything between 16.5 and 17.49
work out
If a number is already a whole number, and you are being asked to round it to the nearest whole number, then you don't need to round it anymore, since itself is the nearest whole number.
48.81 will round up to 49.
I think you round it to the nearest whole number...
Anything between 16.5 and 17.49
You can't convert a number with decimals (or a fraction) to a whole number, without losing precision. You can round it to the nearest number, or truncate it (just remove the decimals), but in any case, that won't be the same number (just the nearest integer, in case you choose to round it), so "2.8 as a whole number" really doesn't exist.
A number with decimals (digits after the decimal point) is not equal to ANY whole number. You can round it to the nearest whole number, if you like - that's the closest you can get.
You round .4 .3 .2 and .1 down and .5 .6 .7 .8 and .9 up.
11A whole number is a positive number without decimals. To find the closest whole number version of 10.555, round it to the nearest number. Since 5 and above round up, 10.555 rounds to 11.
The decimals of: 34.5, 34.6, 34.7, 34.8 and 34.9 all round up to 35
10 is the nearest whole number to 9.5, when dealing with decimals, numbers 1-4 round down and 5-9 rounds up. For example for rounding down, if you have 9.4, you round it to 9 and not 10.
Well, it certainly isn't a whole number. You have to specify according to what rule you want to get a whole number. Two common rules are: (a) Truncating; get the whole part (in this case 12), and discard the decimals. (b) Round to the nearest whole number; in this case the result would be 13.Well, it certainly isn't a whole number. You have to specify according to what rule you want to get a whole number. Two common rules are: (a) Truncating; get the whole part (in this case 12), and discard the decimals. (b) Round to the nearest whole number; in this case the result would be 13.Well, it certainly isn't a whole number. You have to specify according to what rule you want to get a whole number. Two common rules are: (a) Truncating; get the whole part (in this case 12), and discard the decimals. (b) Round to the nearest whole number; in this case the result would be 13.Well, it certainly isn't a whole number. You have to specify according to what rule you want to get a whole number. Two common rules are: (a) Truncating; get the whole part (in this case 12), and discard the decimals. (b) Round to the nearest whole number; in this case the result would be 13.