the larger number is 0.1 because a tenth, which is the first place value after the decimal is bigger than a thousandth, which is the third number after the decimal.
4.00 is larger. The whole numbers are always on the left side of the decimal point. The frations or parts are on the right side of the decimal point. So 4 is a whole number .004 is 4 parts of a whole number, it is 4/1000
.004
Yes. by 10 %.
If you rewrite the number 16.25 as 16.250 it becomes clear that 16.254 is larger by .004 If you are having difficulty imagining that .004 is significant, an object that is 16.254 light years away is 23.52 billion miles further away than an object that is 16.25 light years away.
The 0005 is larger without a decimal points. If you meant .001 and .0005, the .001 is larger.
It is 12 because 001 is the same as 1
the larger number is 0.1 because a tenth, which is the first place value after the decimal is bigger than a thousandth, which is the third number after the decimal.
4.00 is larger. The whole numbers are always on the left side of the decimal point. The frations or parts are on the right side of the decimal point. So 4 is a whole number .004 is 4 parts of a whole number, it is 4/1000
.004
Zero is 002. Well the numbers repersent wat examination number they are meaning wat examiny they are, so the numbers are given to each pair Ichi 001 Zero 002 , San 003 forta 004, Goe 005 Rokka 006,ect. so its like a ID number
0.987 is greater.
0800 001 001
Yes. by 10 %.
If you rewrite the number 16.25 as 16.250 it becomes clear that 16.254 is larger by .004 If you are having difficulty imagining that .004 is significant, an object that is 16.254 light years away is 23.52 billion miles further away than an object that is 16.25 light years away.
1.51E+004 = 1.51*104 = 15100
There is no moshling 001.