10,000,000
Can't round to the nearest 100th because the number is not given to the 1000th place. You could answer 235.50, although that is not technically correct. Nearest tenth, 235.5 Nearest whole number, 236. Nearest 10, 240 Nearest 100, 200
When rounding to the nearest whatever, divide the whatever by 2. Then the lowest number which rounds up to a given number is the given number less the whatever divided by 2; the largest number which rounds down to a given number is the given number plus the whatever divided by 2, but as numbers exactly half way round up, it is one less than this. It depends upon to what you are rounding (assuming you want whole numbers): * to the nearest 50,000: 50,000 ± (50,000 ÷ 2) = 50,000 ± 25,000 → 25,000 to 74,999 * to the nearest 10,000: 50,000 ± (10,000 ÷ 2) = 50,000 ± 5,000 → 45,000 to 54,999 * to the nearest 1,000: 50,000 ± (1,000 ÷ 2) = 50,000 ± 500 → 49,500 to 50,499 * to the nearest 100: 50,000 ± (100 ÷ 2) = 50,000 ± 50 → 49,950 to 50,049 * to the nearest 10: 50,000 ± (10 ÷ 2) = 50,000 ± 5 → 49,995 to 50,004
Find the two numbers on either side of the given number and then work out the difference between the given number and the two "half" numbers. The smaller difference is the one which refers to the nearest half.For example:Suppose you are given 3.78The numbers, in halves are ... , 3.0, 3.5, 4.0, 4.5, ...Of these 3.5 and 4.0 are the ones which would be next to 3.78Then 3.78 - 3.5 = 0.28and 4.0 - 3.78 = 0.22Since the second number is smaller, the nearest half is 4.0
The answer depends on the units used for the given quantity. It should be plainly obvious to anybody that the answer for 103.468 litres to the nearest litre will be very different from that for 103.468 pints. So, without any information about the units for the given quantity, it is not possible to give a sensible answer.
114.6
It is finding a number in the 100 times table which is nearest to the given number.
The nearest integer refers to the whole number that is closest to a given number on the number line. When determining the nearest integer, you round the given number to the whole number that is closest to it. For example, if the given number is 3.6, the nearest integer would be 4 because it is closer to 3.6 than 3.
208.377
Depends upon what you are rounding to. To find the range of numbers when rounding to the nearest whatever (eg nearest 100) divide the whatever by 2 (eg in this case 100/2 = 50), then the smallest number which rounds to the given number (eg 1500) is the given number less the result of the division (eg in this case 1500 - 50 = 1450), and the largest is the given number plus the result of the division EXCEPT that numbers exactly half way round up, so the largest number is one less than the result of the addition (eg in this case 1500 + 50 - 1 = 1549). To the nearest 82000, the largest whole number would be 82000 + 82000/2 - 1 = 122999 To the nearest 1000, the largest whole number would be 82000 + 1000/2 - 1 = 82,499 To the nearest 100, the largest whole number would be 82000 + 100/2 - 1 = 82049 To the nearest 10, the largest whole number would be 82000 + 10/2 - 1 = 82004
The number 87980 is already rounded off to the nearest unit or whole number as no decimal values are given.
A number can have at most one decimal point; not two as in the given number.
The nearest whole number to 200 is 200 itself. In mathematics, when determining the nearest whole number, you look at the whole number that is closest to the given number. Since 200 is already a whole number, it is the nearest whole number to itself.