base 8 to binary (base 2) | ||
---|---|---|
010 | = 08 | = 02 |
110 | = 18 | = 12 |
210 | = 28 | = 102 |
310 | = 38 | = 112 |
410 | = 48 | = 1002 |
510 | = 58 | = 1012 |
610 | = 68 | = 1102 |
710 | = 78 | = 1112 |
810 | = 108 | = 10002 |
910 | = 118 | = 10012 |
1010 | = 128 | = 10102 |
1110 | = 138 | = 10112 |
1210 | = 148 | = 11002 |
1310 | = 158 | = 11012 |
1410 | = 168 | = 11102 |
1510 | = 178 | = 11112 |
1610 | = 208 | = 100002 |
1710 | = 218 | = 100012 |
1810 | = 228 | = 100102 |
1910 | = 238 | = 100112 |
2010 | = 248 | = 101002 |
2110 | = 258 | = 101012 |
2210 | = 268 | = 101102 |
base 8 to binary (base 2) | ||
---|---|---|
2310 | = 278 | = 101112 |
2410 | = 308 | = 110002 |
2510 | = 318 | = 110012 |
2610 | = 328 | = 110102 |
2710 | = 338 | = 110112 |
2810 | = 348 | = 111002 |
2910 | = 358 | = 111012 |
3010 | = 368 | = 111102 |
3110 | = 378 | = 111112 |
3210 | = 408 | = 1000002 |
3310 | = 418 | = 1000012 |
3410 | = 428 | = 1000102 |
3510 | = 438 | = 1000112 |
3610 | = 448 | = 1001002 |
3710 | = 458 | = 1001012 |
3810 | = 468 | = 1001102 |
3910 | = 478 | = 1001112 |
4010 | = 508 | = 1010002 |
4110 | = 518 | = 1010012 |
4210 | = 528 | = 1010102 |
4310 | = 538 | = 1010112 |
4410 | = 548 | = 1011002 |
4510 | = 558 | = 1011012 |
base 8 to binary (base 2) | ||
---|---|---|
4610 | = 568 | = 1011102 |
4710 | = 578 | = 1011112 |
4810 | = 608 | = 1100002 |
4910 | = 618 | = 1100012 |
5010 | = 628 | = 1100102 |
5110 | = 638 | = 1100112 |
5210 | = 648 | = 1101002 |
5310 | = 658 | = 1101012 |
5410 | = 668 | = 1101102 |
5510 | = 678 | = 1101112 |
5610 | = 708 | = 1110002 |
5710 | = 718 | = 1110012 |
5810 | = 728 | = 1110102 |
5910 | = 738 | = 1110112 |
6010 | = 748 | = 1111002 |
6110 | = 758 | = 1111012 |
6210 | = 768 | = 1111102 |
6310 | = 778 | = 1111112 |
6410 | = 1008 | = 10000002 |
6510 | = 1018 | = 10000012 |
6610 | = 1028 | = 10000102 |
6710 | = 1038 | = 10000112 |
6810 | = 1048 | = 10001002 |
base 8 to binary (base 2) | ||
---|---|---|
6910 | = 1058 | = 10001012 |
7010 | = 1068 | = 10001102 |
In mathematics and digital electronics, a binary number is a number expressed in the binary numeral system or base-2 numeral system which represents numeric values using two different symbols: typically 0 (zero) and 1 (one). The base-2 system is a positional notation with a radix of 2. Because of its straightforward implementation in digital electronic circuitry using logic gates, the binary system is used internally by almost all modern computers and computer-based devices. Each digit is referred to as a bit.