3 Thousandths = .003 3.995 - .003 = 3.992
5.872
There are an infinite number of them. One of them is 4 ten-thousandths. Another one is 3 ten-thousandths. In general, it's any number 'N' that makes the statement [ N < 0.0005 ] true.
8.315
30 thousandths = 3 hundredths = 0.030 = 3/100 or, if you meant 3 ten thousandths, 3 ten thousandths = 0.0003 = 3/10000
3 Thousandths = .003 3.995 - .003 = 3.992
5.872
7.765-0.003 = 7.762
5.889 - 0.003 = 5.886
2.345
BS 7799 was originally published in 1995 by the BSI Group. It was written by the United Kingdom Government's Department of Trade and Industry. Bs 7799 Part 2 was published in 1999, and BS 7799 Part 3 was published in 2005.
There are an infinite number of them. One of them is 4 ten-thousandths. Another one is 3 ten-thousandths. In general, it's any number 'N' that makes the statement [ N < 0.0005 ] true.
8.41
8.315
Look at the digist in the ten-thousandths place. If it is 5 or greater, round the digist in thousandths place to the next higher number. If it is less than five, leave the digit in thousandths place as it is. In the case of 7.8298, rounding it to thousandths means the 9 will be a 0 and the 2 in hundredths place would change to a 3. It will be 7.830.
There are no numbers that are more than 5 but less than 3. 3 is less than 5, so anything that is less than 3 is also less than 5.
8 Less Than 58 less than 5 is negative 3 (-3).