When needing to round, always look to the number exactly to the right of the place value you wish to round.
In our case we have ones, tenths, hundredths, and thousandths. One is the whole number in our problem and the number we're going to be rounding to. So we need to look at the place value to the right which is our tenths.
The rules of rounding are pretty straightforward. If the place value to the right of the number you want to round to is 5 or more you round up. (1.5 goes to 2. 2.8 goes to 3.0) If the place value is 4 or less you round down. (1.4 goes to 1, 2.3 goes to 2.0).
1.8 since the 8, which is the place value to the right of the number we want to round, is greater than 5 we round up. 1.8 becomes 2.0.
So 1.875 rounded to the nearest whole number is 2.0. (We removed the insignificant digits.)
If the Didgit You're Rounding Is The Number 0-4 you round down to the nearest whole number ending in 0 if the number was 5-9 You would Round Up to the nearest whole Number ending in 0.
1875 rounded to the nearest ten (10) is 1880. To the nearest tenth (0.1), it is 1875.0.
To convert a fraction to a decimal, divide the top number by the bottom number: 3/16 = 3 ÷ 16 = .1875
30% of 1875= 30% * 1875= 0.3 * 1875= 562.5
375
If the Didgit You're Rounding Is The Number 0-4 you round down to the nearest whole number ending in 0 if the number was 5-9 You would Round Up to the nearest whole Number ending in 0.
1875 rounded to the nearest ten (10) is 1880. To the nearest tenth (0.1), it is 1875.0.
A leap year only happens every 4 years. If you have a range of 1875 - 1700, that gives you 1875 - 1700 = 175 175 years in which leap years can occur. Divide this number by 4 to get your answer. Remember, you can't have HALF a leap year. Round down to the nearest integer.
Usually they are measuring just the necleus of the atom since it would be a whole number. This is called finding the Mass number. The atomic weight is the whole atom together, which is a whole lot of decimals. So they take the atomic weight and round it to a whole number for the mass number. For example, Boron (an element on the table) has an atomic weight of 10.811. But scientists round the number upward to 11 to be the Mass number.
1880
1880
It was in 1875 when a man of Oliver Winston got it on his whole body claiming his life within 2 days. It was in 1875 when a man of Oliver Winston got it on his whole body claiming his life within 2 days.
36 and 1875/10000
93 and 1875/10000
Edmund Backhouse (1824 - June 7, 1906) served as the first Member of Parliament for Darlington, serving between 1868 and 1880, including the whole of 1875.
Richard Shaw (1825 - Janaury 19, 1876) served as the first Member of Parliament for Burnley, serving between 1868 and his death, including the whole of 1875.
It is a marking of the Model. Should be No 32 Standard 1875- No is for number. It is a 32 rimfire, model of 1875. There were about 8000 of them made- values range from $75 for a Poor specimen to about $450 for a Very Good.