Number systems are mathematical notations for representing numbers using digits or symbols in a consistent manner.
1 oct = 1 f64
1 f64 = 1 oct
Example:
Convert 15 Octal to IEEE 754 Double Precision:
15 oct = 15 f64
Octal | IEEE 754 Double Precision |
---|---|
0.01 oct | 0.01 f64 |
0.1 oct | 0.1 f64 |
1 oct | 1 f64 |
2 oct | 2 f64 |
3 oct | 3 f64 |
5 oct | 5 f64 |
10 oct | 10 f64 |
20 oct | 20 f64 |
30 oct | 30 f64 |
40 oct | 40 f64 |
50 oct | 50 f64 |
60 oct | 60 f64 |
70 oct | 70 f64 |
80 oct | 80 f64 |
90 oct | 90 f64 |
100 oct | 100 f64 |
250 oct | 250 f64 |
500 oct | 500 f64 |
750 oct | 750 f64 |
1000 oct | 1,000 f64 |
10000 oct | 10,000 f64 |
100000 oct | 100,000 f64 |