There are an infinite number of them.
Here are a few:
0.91
0.92
0.93
0.930000001
0.930000001001
0.930000001002
0.930000001003
0.947
0.9479
0.95
0.97
0.99
0.990000003
0.990000004
0.9900000041
0.999000001
0.999900001
0.999990001
0.999999001
0.999999901
0.999999991
0.999999992
0.999999993
0.9999999930001
0.9999999930002
.
.
etc.
If you give me any two decimals between 0.9 and 1, then no matter
how close together they are, I can always find another one that fits
between them. Or ten more, or a hundred more, or a million more.
A decimal number would be between 0 and 1. It represents a fraction, or portion, of 1.
In the base ten system the decimal point is located between 10^0 and 10^-1, that is, between the ones and the tenths.
1.800000000001 is one of infinitely many decimals between the two given numbers.
Five between the decimal point and the 1.
The next whole number after 1 is 2. However, the decimal after 1 can be an infinite chain of 0's, with a 1 at the end.
It is: 1/11 = 0.09 recurring 09
It is: 22/242 = 1/11 and as a decimal 0.090909.....recurring 09
It is: 3/8 which as a decimal is 0.375
The reciprocal of 11 is 1/11, which has a decimal representation of 0.090909..... [the 09 repeats forever].The reciprocal of 9 is 1/9, which has a decimal representation 0.11111... [the 1 repeats forever]
1.5
0xFFEF + 1 = 0xFFF0.
A decimal number would be between 0 and 1. It represents a fraction, or portion, of 1.
In the base ten system the decimal point is located between 10^0 and 10^-1, that is, between the ones and the tenths.
2
1/2 as a decimal is 0.5, or just .5, but there is no difference between the two.
1.800000000001 is one of infinitely many decimals between the two given numbers.
There is none. An integer has to be a number with no decimal places