Tabulka Gaussových celočíselných faktorizací - Table of Gaussian integer factorizations - Wikipedia
A Gaussovo celé číslo je buď nula, jedna ze čtyř jednotek (± 1, ±i), Gaussian prime nebo složený. Článek je tabulkou Gaussova celá čísla X + iy následuje buď explicitní faktorizace, nebo následuje štítek (p), pokud je celé číslo Gaussovo prvočíslo. Faktorizace mají formu volitelného jednotka vynásobeno celočíselnými mocnostmi Gaussových prvočísel.
Všimněte si, že existují racionální prvočísla což nejsou Gaussovy prvočísla. Jednoduchým příkladem je racionální prime 5, který je započítán jako 5 = (2 + i) (2 − i) v tabulce, a proto nejde o gaussovské prvočíslo.
Konvence
Druhý sloupec tabulky obsahuje pouze celá čísla v prvním kvadrantu, což znamená skutečnou část X je pozitivní a imaginární část y není negativní. Tabulka mohla být dále zmenšena na celá čísla v první oktant komplexní roviny pomocí symetriey + ix =i (X − iy).
Faktorizace často nejsou jedinečné v tom smyslu, že by jednotka mohla být absorbována do jakéhokoli jiného faktoru s exponentem rovným jedné. Vstup 4 + 2i = −i (1 + i)2(2 + i), například, lze také napsat jako 4 + 2i = (1 + i)2(1–2i). Položky v tabulce tuto nejednoznačnost řeší následující konvencí: faktory jsou prvočísla v pravé komplexní poloviční rovině s absolutní hodnotou skutečné části větší nebo rovnou absolutní hodnotě imaginární části.
Záznamy jsou řazeny podle zvyšující se normy X2 + y2 (sekvence A001481 v OEIS ). Tabulka je úplná až po maximální normu na konci tabulky v tom smyslu, že se ve druhém sloupci objeví každý složený nebo primární v prvním kvadrantu.
Gaussovy prvočísla se vyskytují pouze u podmnožiny norem podrobně rozepsaných OEIS: A055025. Toto je verze sekvencí čitelná člověkem OEIS: A103431 a OEIS: A103432.
Faktorizace
norma | celé číslo | faktory |
---|---|---|
2 | 1+i | (p) |
4 | 2 | −i·(1+i)2 |
5 | 2+i 1+2i | (p) (p) |
8 | 2+2i | −i·(1+i)3 |
9 | 3 | (p) |
10 | 1+3i 3+i | (1+i)·(2+i) (1+i)·(2−i) |
13 | 3+2i 2+3i | (p) (p) |
16 | 4 | −(1+i)4 |
17 | 1+4i 4+i | (p) (p) |
18 | 3+3i | (1+i)·3 |
20 | 2+4i 4+2i | (1+i)2·(2−i) −i·(1+i)2·(2+i) |
25 | 3+4i 4+3i 5 | (2+i)2 i·(2−i)2 (2+i)·(2−i) |
26 | 1+5i 5+i | (1+i)·(3+2i) (1+i)·(3−2i) |
29 | 2+5i 5+2i | (p) (p) |
32 | 4+4i | −(1+i)5 |
34 | 3+5i 5+3i | (1+i)·(4+i) (1+i)·(4−i) |
36 | 6 | −i·(1+i)2·3 |
37 | 1+6i 6+i | (p) (p) |
40 | 2+6i 6+2i | −i·(1+i)3·(2+i) −i·(1+i)3·(2−i) |
41 | 4+5i 5+4i | (p) (p) |
45 | 3+6i 6+3i | i·(2−i)·3 (2+i)·3 |
49 | 7 | (p) |
50 | 1+7i 5+5i 7+i | i·(1+i)·(2−i)2 (1+i)·(2+i)·(2−i) −i·(1+i)·(2+i)2 |
52 | 4+6i 6+4i | (1+i)2·(3−2i) −i·(1+i)2·(3+2i) |
53 | 2+7i 7+2i | (p) (p) |
58 | 3+7i 7+3i | (1+i)·(5+2i) (1+i)·(5−2i) |
61 | 5+6i 6+5i | (p) (p) |
64 | 8 | i·(1+i)6 |
65 | 1+8i 4+7i 7+4i 8+i | i·(2+i)·(3−2i) (2+i)·(3+2i) i·(2−i)·(3−2i) (2−i)·(3+2i) |
68 | 2+8i 8+2i | (1+i)2·(4−i) −i·(1+i)2·(4+i) |
72 | 6+6i | −i·(1+i)3·3 |
73 | 3+8i 8+3i | (p) (p) |
74 | 5+7i 7+5i | (1+i)·(6+i) (1+i)·(6−i) |
80 | 4+8i 8+4i | −i·(1+i)4·(2−i) −(1+i)4·(2+i) |
81 | 9 | 32 |
82 | 1+9i 9+i | (1+i)·(5+4i) (1+i)·(5−4i) |
85 | 2+9i 6+7i 7+6i 9+2i | i·(2−i)·(4+i) i·(2−i)·(4−i) (2+i)·(4+i) (2+i)·(4−i) |
89 | 5+8i 8+5i | (p) (p) |
90 | 3+9i 9+3i | (1+i)·(2+i)·3 (1+i)·(2−i)·3 |
97 | 4+9i 9+4i | (p) (p) |
98 | 7+7i | (1+i)·7 |
100 | 6+8i 8+6i 10 | −i·(1+i)2·(2+i)2 (1+i)2·(2−i)2 −i·(1+i)2·(2+i)·(2−i) |
101 | 1+10i 10+i | (p) (p) |
104 | 2+10i 10+2i | −i·(1+i)3·(3+2i) −i·(1+i)3·(3−2i) |
106 | 5+9i 9+5i | (1+i)·(7+2i) (1+i)·(7−2i) |
109 | 3+10i 10+3i | (p) (p) |
113 | 7+8i 8+7i | (p) (p) |
116 | 4+10i 10+4i | (1+i)2·(5−2i) −i·(1+i)2·(5+2i) |
117 | 6+9i 9+6i | i·3·(3−2i) 3·(3+2i) |
121 | 11 | (p) |
122 | 1+11i 11+i | (1+i)·(6+5i) (1+i)·(6−5i) |
125 | 2+11i 5+10i 10+5i 11+2i | (2+i)3 i·(2+i)·(2−i)2 (2+i)2·(2−i) i·(2−i)3 |
128 | 8+8i | i·(1+i)7 |
130 | 3+11i 7+9i 9+7i 11+3i | i·(1+i)·(2−i)·(3−2i) (1+i)·(2−i)·(3+2i) (1+i)·(2+i)·(3−2i) −i·(1+i)·(2+i)·(3+2i) |
136 | 6+10i 10+6i | −i·(1+i)3·(4+i) −i·(1+i)3·(4−i) |
137 | 4+11i 11+4i | (p) (p) |
144 | 12 | −(1+i)4·3 |
145 | 1+12i 8+9i 9+8i 12+i | i·(2−i)·(5+2i) (2+i)·(5+2i) i·(2−i)·(5−2i) (2+i)·(5−2i) |
146 | 5+11i 11+5i | (1+i)·(8+3i) (1+i)·(8−3i) |
148 | 2+12i 12+2i | (1+i)2·(6−i) −i·(1+i)2·(6+i) |
149 | 7+10i 10+7i | (p) (p) |
153 | 3+12i 12+3i | i·3·(4−i) 3·(4+i) |
157 | 6+11i 11+6i | (p) (p) |
160 | 4+12i 12+4i | −(1+i)5·(2+i) −(1+i)5·(2−i) |
162 | 9+9i | (1+i)·32 |
164 | 8+10i 10+8i | (1+i)2·(5−4i) −i·(1+i)2·(5+4i) |
169 | 5+12i 12+5i 13 | (3+2i)2 i·(3−2i)2 (3+2i)·(3−2i) |
170 | 1+13i 7+11i 11+7i 13+i | (1+i)·(2+i)·(4+i) (1+i)·(2+i)·(4−i) (1+i)·(2−i)·(4+i) (1+i)·(2−i)·(4−i) |
173 | 2+13i 13+2i | (p) (p) |
178 | 3+13i 13+3i | (1+i)·(8+5i) (1+i)·(8−5i) |
180 | 6+12i 12+6i | (1+i)2·(2−i)·3 −i·(1+i)2·(2+i)·3 |
181 | 9+10i 10+9i | (p) (p) |
185 | 4+13i 8+11i 11+8i 13+4i | i·(2−i)·(6+i) i·(2−i)·(6−i) (2+i)·(6+i) (2+i)·(6−i) |
193 | 7+12i 12+7i | (p) (p) |
194 | 5+13i 13+5i | (1+i)·(9+4i) (1+i)·(9−4i) |
196 | 14 | −i·(1+i)2·7 |
197 | 1+14i 14+i | (p) (p) |
200 | 2+14i 10+10i 14+2i | (1+i)3·(2−i)2 −i·(1+i)3·(2+i)·(2−i) −(1+i)3·(2+i)2 |
202 | 9+11i 11+9i | (1+i)·(10+i) (1+i)·(10−i) |
205 | 3+14i 6+13i 13+6i 14+3i | i·(2+i)·(5−4i) (2+i)·(5+4i) i·(2−i)·(5−4i) (2−i)·(5+4i) |
208 | 8+12i 12+8i | −i·(1+i)4·(3−2i) −(1+i)4·(3+2i) |
212 | 4+14i 14+4i | (1+i)2·(7−2i) −i·(1+i)2·(7+2i) |
218 | 7+13i 13+7i | (1+i)·(10+3i) (1+i)·(10−3i) |
221 | 5+14i 10+11i 11+10i 14+5i | i·(3−2i)·(4+i) (3+2i)·(4+i) i·(3−2i)·(4−i) (3+2i)·(4−i) |
225 | 9+12i 12+9i 15 | (2+i)2·3 i·(2−i)2·3 (2+i)·(2−i)·3 |
226 | 1+15i 15+i | (1+i)·(8+7i) (1+i)·(8−7i) |
229 | 2+15i 15+2i | (p) (p) |
232 | 6+14i 14+6i | −i·(1+i)3·(5+2i) −i·(1+i)3·(5−2i) |
233 | 8+13i 13+8i | (p) (p) |
234 | 3+15i 15+3i | (1+i)·3·(3+2i) (1+i)·3·(3−2i) |
241 | 4+15i 15+4i | (p) (p) |
242 | 11+11i | (1+i)·11 |
244 | 10+12i 12+10i | (1+i)2·(6−5i) −i·(1+i)2·(6+5i) |
245 | 7+14i 14+7i | i·(2−i)·7 (2+i)·7 |
250 | 5+15i 9+13i 13+9i 15+5i | (1+i)·(2+i)2·(2−i) i·(1+i)·(2−i)3 −i·(1+i)·(2+i)3 (1+i)·(2+i)·(2−i)2 |
norma | celé číslo | faktory |
---|---|---|
256 | 16 | (1+i)8 |
257 | 1+16i 16+i | (p) (p) |
260 | 2+16i 8+14i 14+8i 16+2i | (1+i)2·(2+i)·(3−2i) −i·(1+i)2·(2+i)·(3+2i) (1+i)2·(2−i)·(3−2i) −i·(1+i)2·(2−i)·(3+2i) |
261 | 6+15i 15+6i | i·3·(5−2i) 3·(5+2i) |
265 | 3+16i 11+12i 12+11i 16+3i | i·(2−i)·(7+2i) i·(2−i)·(7−2i) (2+i)·(7+2i) (2+i)·(7−2i) |
269 | 10+13i 13+10i | (p) (p) |
272 | 4+16i 16+4i | −i·(1+i)4·(4−i) −(1+i)4·(4+i) |
274 | 7+15i 15+7i | (1+i)·(11+4i) (1+i)·(11−4i) |
277 | 9+14i 14+9i | (p) (p) |
281 | 5+16i 16+5i | (p) (p) |
288 | 12+12i | −(1+i)5·3 |
289 | 8+15i 15+8i 17 | i·(4−i)2 (4+i)2 (4+i)·(4−i) |
290 | 1+17i 11+13i 13+11i 17+i | i·(1+i)·(2−i)·(5−2i) (1+i)·(2+i)·(5−2i) (1+i)·(2−i)·(5+2i) −i·(1+i)·(2+i)·(5+2i) |
292 | 6+16i 16+6i | (1+i)2·(8−3i) −i·(1+i)2·(8+3i) |
293 | 2+17i 17+2i | (p) (p) |
296 | 10+14i 14+10i | −i·(1+i)3·(6+i) −i·(1+i)3·(6−i) |
298 | 3+17i 17+3i | (1+i)·(10+7i) (1+i)·(10−7i) |
305 | 4+17i 7+16i 16+7i 17+4i | i·(2+i)·(6−5i) (2+i)·(6+5i) i·(2−i)·(6−5i) (2−i)·(6+5i) |
306 | 9+15i 15+9i | (1+i)·3·(4+i) (1+i)·3·(4−i) |
313 | 12+13i 13+12i | (p) (p) |
314 | 5+17i 17+5i | (1+i)·(11+6i) (1+i)·(11−6i) |
317 | 11+14i 14+11i | (p) (p) |
320 | 8+16i 16+8i | −(1+i)6·(2−i) i·(1+i)6·(2+i) |
324 | 18 | −i·(1+i)2·32 |
325 | 1+18i 6+17i 10+15i 15+10i 17+6i 18+i | (2+i)2·(3+2i) i·(2−i)2·(3+2i) i·(2+i)·(2−i)·(3−2i) (2+i)·(2−i)·(3+2i) (2+i)2·(3−2i) i·(2−i)2·(3−2i) |
328 | 2+18i 18+2i | −i·(1+i)3·(5+4i) −i·(1+i)3·(5−4i) |
333 | 3+18i 18+3i | i·3·(6−i) 3·(6+i) |
337 | 9+16i 16+9i | (p) (p) |
338 | 7+17i 13+13i 17+7i | i·(1+i)·(3−2i)2 (1+i)·(3+2i)·(3−2i) −i·(1+i)·(3+2i)2 |
340 | 4+18i 12+14i 14+12i 18+4i | (1+i)2·(2−i)·(4+i) (1+i)2·(2−i)·(4−i) −i·(1+i)2·(2+i)·(4+i) −i·(1+i)2·(2+i)·(4−i) |
346 | 11+15i 15+11i | (1+i)·(13+2i) (1+i)·(13−2i) |
349 | 5+18i 18+5i | (p) (p) |
353 | 8+17i 17+8i | (p) (p) |
356 | 10+16i 16+10i | (1+i)2·(8−5i) −i·(1+i)2·(8+5i) |
360 | 6+18i 18+6i | −i·(1+i)3·(2+i)·3 −i·(1+i)3·(2−i)·3 |
361 | 19 | (p) |
362 | 1+19i 19+i | (1+i)·(10+9i) (1+i)·(10−9i) |
365 | 2+19i 13+14i 14+13i 19+2i | i·(2−i)·(8+3i) (2+i)·(8+3i) i·(2−i)·(8−3i) (2+i)·(8−3i) |
369 | 12+15i 15+12i | i·3·(5−4i) 3·(5+4i) |
370 | 3+19i 9+17i 17+9i 19+3i | (1+i)·(2+i)·(6+i) (1+i)·(2+i)·(6−i) (1+i)·(2−i)·(6+i) (1+i)·(2−i)·(6−i) |
373 | 7+18i 18+7i | (p) (p) |
377 | 4+19i 11+16i 16+11i 19+4i | i·(3−2i)·(5+2i) (3+2i)·(5+2i) i·(3−2i)·(5−2i) (3+2i)·(5−2i) |
386 | 5+19i 19+5i | (1+i)·(12+7i) (1+i)·(12−7i) |
388 | 8+18i 18+8i | (1+i)2·(9−4i) −i·(1+i)2·(9+4i) |
389 | 10+17i 17+10i | (p) (p) |
392 | 14+14i | −i·(1+i)3·7 |
394 | 13+15i 15+13i | (1+i)·(14+i) (1+i)·(14−i) |
397 | 6+19i 19+6i | (p) (p) |
400 | 12+16i 16+12i 20 | −(1+i)4·(2+i)2 −i·(1+i)4·(2−i)2 −(1+i)4·(2+i)·(2−i) |
401 | 1+20i 20+i | (p) (p) |
404 | 2+20i 20+2i | (1+i)2·(10−i) −i·(1+i)2·(10+i) |
405 | 9+18i 18+9i | i·(2−i)·32 (2+i)·32 |
409 | 3+20i 20+3i | (p) (p) |
410 | 7+19i 11+17i 17+11i 19+7i | i·(1+i)·(2−i)·(5−4i) (1+i)·(2−i)·(5+4i) (1+i)·(2+i)·(5−4i) −i·(1+i)·(2+i)·(5+4i) |
416 | 4+20i 20+4i | −(1+i)5·(3+2i) −(1+i)5·(3−2i) |
421 | 14+15i 15+14i | (p) (p) |
424 | 10+18i 18+10i | −i·(1+i)3·(7+2i) −i·(1+i)3·(7−2i) |
425 | 5+20i 8+19i 13+16i 16+13i 19+8i 20+5i | i·(2+i)·(2−i)·(4−i) (2+i)2·(4+i) i·(2−i)2·(4+i) (2+i)2·(4−i) i·(2−i)2·(4−i) (2+i)·(2−i)·(4+i) |
433 | 12+17i 17+12i | (p) (p) |
436 | 6+20i 20+6i | (1+i)2·(10−3i) −i·(1+i)2·(10+3i) |
441 | 21 | 3·7 |
442 | 1+21i 9+19i 19+9i 21+i | i·(1+i)·(3−2i)·(4−i) (1+i)·(3+2i)·(4−i) (1+i)·(3−2i)·(4+i) −i·(1+i)·(3+2i)·(4+i) |
445 | 2+21i 11+18i 18+11i 21+2i | i·(2+i)·(8−5i) (2+i)·(8+5i) i·(2−i)·(8−5i) (2−i)·(8+5i) |
449 | 7+20i 20+7i | (p) (p) |
450 | 3+21i 15+15i 21+3i | i·(1+i)·(2−i)2·3 (1+i)·(2+i)·(2−i)·3 −i·(1+i)·(2+i)2·3 |
452 | 14+16i 16+14i | (1+i)2·(8−7i) −i·(1+i)2·(8+7i) |
457 | 4+21i 21+4i | (p) (p) |
458 | 13+17i 17+13i | (1+i)·(15+2i) (1+i)·(15−2i) |
461 | 10+19i 19+10i | (p) (p) |
464 | 8+20i 20+8i | −i·(1+i)4·(5−2i) −(1+i)4·(5+2i) |
466 | 5+21i 21+5i | (1+i)·(13+8i) (1+i)·(13−8i) |
468 | 12+18i 18+12i | (1+i)2·3·(3−2i) −i·(1+i)2·3·(3+2i) |
477 | 6+21i 21+6i | i·3·(7−2i) 3·(7+2i) |
481 | 9+20i 15+16i 16+15i 20+9i | i·(3−2i)·(6+i) i·(3−2i)·(6−i) (3+2i)·(6+i) (3+2i)·(6−i) |
482 | 11+19i 19+11i | (1+i)·(15+4i) (1+i)·(15−4i) |
484 | 22 | −i·(1+i)2·11 |
485 | 1+22i 14+17i 17+14i 22+i | i·(2−i)·(9+4i) (2+i)·(9+4i) i·(2−i)·(9−4i) (2+i)·(9−4i) |
488 | 2+22i 22+2i | −i·(1+i)3·(6+5i) −i·(1+i)3·(6−5i) |
490 | 7+21i 21+7i | (1+i)·(2+i)·7 (1+i)·(2−i)·7 |
493 | 3+22i 13+18i 18+13i 22+3i | i·(4+i)·(5−2i) i·(4−i)·(5−2i) (4+i)·(5+2i) (4−i)·(5+2i) |
500 | 4+22i 10+20i 20+10i 22+4i | −i·(1+i)2·(2+i)3 (1+i)2·(2+i)·(2−i)2 −i·(1+i)2·(2+i)2·(2−i) (1+i)2·(2−i)3 |
norma | celé číslo | faktory |
---|---|---|
505 | 8+21i 12+19i 19+12i 21+8i | i·(2−i)·(10+i) i·(2−i)·(10−i) (2+i)·(10+i) (2+i)·(10−i) |
509 | 5+22i 22+5i | (p) (p) |
512 | 16+16i | (1+i)9 |
514 | 15+17i 17+15i | (1+i)·(16+i) (1+i)·(16−i) |
520 | 6+22i 14+18i 18+14i 22+6i | (1+i)3·(2−i)·(3−2i) −i·(1+i)3·(2−i)·(3+2i) −i·(1+i)3·(2+i)·(3−2i) −(1+i)3·(2+i)·(3+2i) |
521 | 11+20i 20+11i | (p) (p) |
522 | 9+21i 21+9i | (1+i)·3·(5+2i) (1+i)·3·(5−2i) |
529 | 23 | (p) |
530 | 1+23i 13+19i 19+13i 23+i | (1+i)·(2+i)·(7+2i) (1+i)·(2+i)·(7−2i) (1+i)·(2−i)·(7+2i) (1+i)·(2−i)·(7−2i) |
533 | 2+23i 7+22i 22+7i 23+2i | i·(3+2i)·(5−4i) (3+2i)·(5+4i) i·(3−2i)·(5−4i) (3−2i)·(5+4i) |
538 | 3+23i 23+3i | (1+i)·(13+10i) (1+i)·(13−10i) |
541 | 10+21i 21+10i | (p) (p) |
544 | 12+20i 20+12i | −(1+i)5·(4+i) −(1+i)5·(4−i) |
545 | 4+23i 16+17i 17+16i 23+4i | i·(2−i)·(10+3i) i·(2−i)·(10−3i) (2+i)·(10+3i) (2+i)·(10−3i) |
548 | 8+22i 22+8i | (1+i)2·(11−4i) −i·(1+i)2·(11+4i) |
549 | 15+18i 18+15i | i·3·(6−5i) 3·(6+5i) |
554 | 5+23i 23+5i | (1+i)·(14+9i) (1+i)·(14−9i) |
557 | 14+19i 19+14i | (p) (p) |
562 | 11+21i 21+11i | (1+i)·(16+5i) (1+i)·(16−5i) |
565 | 6+23i 9+22i 22+9i 23+6i | i·(2+i)·(8−7i) (2+i)·(8+7i) i·(2−i)·(8−7i) (2−i)·(8+7i) |
569 | 13+20i 20+13i | (p) (p) |
576 | 24 | i·(1+i)6·3 |
577 | 1+24i 24+i | (p) (p) |
578 | 7+23i 17+17i 23+7i | (1+i)·(4+i)2 (1+i)·(4+i)·(4−i) (1+i)·(4−i)2 |
580 | 2+24i 16+18i 18+16i 24+2i | (1+i)2·(2−i)·(5+2i) −i·(1+i)2·(2+i)·(5+2i) (1+i)2·(2−i)·(5−2i) −i·(1+i)2·(2+i)·(5−2i) |
584 | 10+22i 22+10i | −i·(1+i)3·(8+3i) −i·(1+i)3·(8−3i) |
585 | 3+24i 12+21i 21+12i 24+3i | i·(2+i)·3·(3−2i) (2+i)·3·(3+2i) i·(2−i)·3·(3−2i) (2−i)·3·(3+2i) |
586 | 15+19i 19+15i | (1+i)·(17+2i) (1+i)·(17−2i) |
592 | 4+24i 24+4i | −i·(1+i)4·(6−i) −(1+i)4·(6+i) |
593 | 8+23i 23+8i | (p) (p) |
596 | 14+20i 20+14i | (1+i)2·(10−7i) −i·(1+i)2·(10+7i) |
601 | 5+24i 24+5i | (p) (p) |
605 | 11+22i 22+11i | i·(2−i)·11 (2+i)·11 |
610 | 9+23i 13+21i 21+13i 23+9i | i·(1+i)·(2−i)·(6−5i) (1+i)·(2−i)·(6+5i) (1+i)·(2+i)·(6−5i) −i·(1+i)·(2+i)·(6+5i) |
612 | 6+24i 24+6i | (1+i)2·3·(4−i) −i·(1+i)2·3·(4+i) |
613 | 17+18i 18+17i | (p) (p) |
617 | 16+19i 19+16i | (p) (p) |
625 | 7+24i 15+20i 20+15i 24+7i 25 | −(2−i)4 (2+i)3·(2−i) i·(2+i)·(2−i)3 −i·(2+i)4 (2+i)2·(2−i)2 |
626 | 1+25i 25+i | (1+i)·(13+12i) (1+i)·(13−12i) |
628 | 12+22i 22+12i | (1+i)2·(11−6i) −i·(1+i)2·(11+6i) |
629 | 2+25i 10+23i 23+10i 25+2i | i·(4−i)·(6+i) i·(4−i)·(6−i) (4+i)·(6+i) (4+i)·(6−i) |
634 | 3+25i 25+3i | (1+i)·(14+11i) (1+i)·(14−11i) |
637 | 14+21i 21+14i | i·(3−2i)·7 (3+2i)·7 |
640 | 8+24i 24+8i | i·(1+i)7·(2+i) i·(1+i)7·(2−i) |
641 | 4+25i 25+4i | (p) (p) |
648 | 18+18i | −i·(1+i)3·32 |
650 | 5+25i 11+23i 17+19i 19+17i 23+11i 25+5i | (1+i)·(2+i)·(2−i)·(3+2i) (1+i)·(2+i)2·(3−2i) i·(1+i)·(2−i)2·(3−2i) −i·(1+i)·(2+i)2·(3+2i) (1+i)·(2−i)2·(3+2i) (1+i)·(2+i)·(2−i)·(3−2i) |
653 | 13+22i 22+13i | (p) (p) |
656 | 16+20i 20+16i | −i·(1+i)4·(5−4i) −(1+i)4·(5+4i) |
657 | 9+24i 24+9i | i·3·(8−3i) 3·(8+3i) |
661 | 6+25i 25+6i | (p) (p) |
666 | 15+21i 21+15i | (1+i)·3·(6+i) (1+i)·3·(6−i) |
673 | 12+23i 23+12i | (p) (p) |
674 | 7+25i 25+7i | (1+i)·(16+9i) (1+i)·(16−9i) |
676 | 10+24i 24+10i 26 | −i·(1+i)2·(3+2i)2 (1+i)2·(3−2i)2 −i·(1+i)2·(3+2i)·(3−2i) |
677 | 1+26i 26+i | (p) (p) |
680 | 2+26i 14+22i 22+14i 26+2i | −i·(1+i)3·(2+i)·(4+i) −i·(1+i)3·(2+i)·(4−i) −i·(1+i)3·(2−i)·(4+i) −i·(1+i)3·(2−i)·(4−i) |
685 | 3+26i 18+19i 19+18i 26+3i | i·(2−i)·(11+4i) (2+i)·(11+4i) i·(2−i)·(11−4i) (2+i)·(11−4i) |
689 | 8+25i 17+20i 20+17i 25+8i | i·(3−2i)·(7+2i) (3+2i)·(7+2i) i·(3−2i)·(7−2i) (3+2i)·(7−2i) |
692 | 4+26i 26+4i | (1+i)2·(13−2i) −i·(1+i)2·(13+2i) |
697 | 11+24i 16+21i 21+16i 24+11i | i·(4+i)·(5−4i) (4+i)·(5+4i) i·(4−i)·(5−4i) (4−i)·(5+4i) |
698 | 13+23i 23+13i | (1+i)·(18+5i) (1+i)·(18−5i) |
701 | 5+26i 26+5i | (p) (p) |
706 | 9+25i 25+9i | (1+i)·(17+8i) (1+i)·(17−8i) |
709 | 15+22i 22+15i | (p) (p) |
712 | 6+26i 26+6i | −i·(1+i)3·(8+5i) −i·(1+i)3·(8−5i) |
720 | 12+24i 24+12i | −i·(1+i)4·(2−i)·3 −(1+i)4·(2+i)·3 |
722 | 19+19i | (1+i)·19 |
724 | 18+20i 20+18i | (1+i)2·(10−9i) −i·(1+i)2·(10+9i) |
725 | 7+26i 10+25i 14+23i 23+14i 25+10i 26+7i | (2+i)2·(5+2i) i·(2+i)·(2−i)·(5−2i) i·(2−i)2·(5+2i) (2+i)2·(5−2i) (2+i)·(2−i)·(5+2i) i·(2−i)2·(5−2i) |
729 | 27 | 33 |
730 | 1+27i 17+21i 21+17i 27+i | i·(1+i)·(2−i)·(8−3i) (1+i)·(2+i)·(8−3i) (1+i)·(2−i)·(8+3i) −i·(1+i)·(2+i)·(8+3i) |
733 | 2+27i 27+2i | (p) (p) |
738 | 3+27i 27+3i | (1+i)·3·(5+4i) (1+i)·3·(5−4i) |
740 | 8+26i 16+22i 22+16i 26+8i | (1+i)2·(2−i)·(6+i) (1+i)2·(2−i)·(6−i) −i·(1+i)2·(2+i)·(6+i) −i·(1+i)2·(2+i)·(6−i) |
745 | 4+27i 13+24i 24+13i 27+4i | i·(2+i)·(10−7i) (2+i)·(10+7i) i·(2−i)·(10−7i) (2−i)·(10+7i) |
746 | 11+25i 25+11i | (1+i)·(18+7i) (1+i)·(18−7i) |
norma | celé číslo | faktory |
---|---|---|
754 | 5+27i 15+23i 23+15i 27+5i | i·(1+i)·(3−2i)·(5−2i) (1+i)·(3+2i)·(5−2i) (1+i)·(3−2i)·(5+2i) −i·(1+i)·(3+2i)·(5+2i) |
757 | 9+26i 26+9i | (p) (p) |
761 | 19+20i 20+19i | (p) (p) |
765 | 6+27i 18+21i 21+18i 27+6i | i·(2−i)·3·(4+i) i·(2−i)·3·(4−i) (2+i)·3·(4+i) (2+i)·3·(4−i) |
769 | 12+25i 25+12i | (p) (p) |
772 | 14+24i 24+14i | (1+i)2·(12−7i) −i·(1+i)2·(12+7i) |
773 | 17+22i 22+17i | (p) (p) |
776 | 10+26i 26+10i | −i·(1+i)3·(9+4i) −i·(1+i)3·(9−4i) |
778 | 7+27i 27+7i | (1+i)·(17+10i) (1+i)·(17−10i) |
784 | 28 | −(1+i)4·7 |
785 | 1+28i 16+23i 23+16i 28+i | i·(2+i)·(11−6i) (2+i)·(11+6i) i·(2−i)·(11−6i) (2−i)·(11+6i) |
788 | 2+28i 28+2i | (1+i)2·(14−i) −i·(1+i)2·(14+i) |
793 | 3+28i 8+27i 27+8i 28+3i | i·(3+2i)·(6−5i) (3+2i)·(6+5i) i·(3−2i)·(6−5i) (3−2i)·(6+5i) |
794 | 13+25i 25+13i | (1+i)·(19+6i) (1+i)·(19−6i) |
797 | 11+26i 26+11i | (p) (p) |
800 | 4+28i 20+20i 28+4i | −i·(1+i)5·(2−i)2 −(1+i)5·(2+i)·(2−i) i·(1+i)5·(2+i)2 |
801 | 15+24i 24+15i | i·3·(8−5i) 3·(8+5i) |
802 | 19+21i 21+19i | (1+i)·(20+i) (1+i)·(20−i) |
808 | 18+22i 22+18i | −i·(1+i)3·(10+i) −i·(1+i)3·(10−i) |
809 | 5+28i 28+5i | (p) (p) |
810 | 9+27i 27+9i | (1+i)·(2+i)·32 (1+i)·(2−i)·32 |
818 | 17+23i 23+17i | (1+i)·(20+3i) (1+i)·(20−3i) |
820 | 6+28i 12+26i 26+12i 28+6i | (1+i)2·(2+i)·(5−4i) −i·(1+i)2·(2+i)·(5+4i) (1+i)2·(2−i)·(5−4i) −i·(1+i)2·(2−i)·(5+4i) |
821 | 14+25i 25+14i | (p) (p) |
829 | 10+27i 27+10i | (p) (p) |
832 | 16+24i 24+16i | −(1+i)6·(3−2i) i·(1+i)6·(3+2i) |
833 | 7+28i 28+7i | i·(4−i)·7 (4+i)·7 |
841 | 20+21i 21+20i 29 | i·(5−2i)2 (5+2i)2 (5+2i)·(5−2i) |
842 | 1+29i 29+i | (1+i)·(15+14i) (1+i)·(15−14i) |
845 | 2+29i 13+26i 19+22i 22+19i 26+13i 29+2i | −(2−i)·(3−2i)2 i·(2−i)·(3+2i)·(3−2i) i·(2+i)·(3−2i)2 (2−i)·(3+2i)2 (2+i)·(3+2i)·(3−2i) −i·(2+i)·(3+2i)2 |
848 | 8+28i 28+8i | −i·(1+i)4·(7−2i) −(1+i)4·(7+2i) |
850 | 3+29i 11+27i 15+25i 25+15i 27+11i 29+3i | (1+i)·(2+i)2·(4−i) i·(1+i)·(2−i)2·(4−i) (1+i)·(2+i)·(2−i)·(4+i) (1+i)·(2+i)·(2−i)·(4−i) −i·(1+i)·(2+i)2·(4+i) (1+i)·(2−i)2·(4+i) |
853 | 18+23i 23+18i | (p) (p) |
857 | 4+29i 29+4i | (p) (p) |
865 | 9+28i 17+24i 24+17i 28+9i | i·(2−i)·(13+2i) i·(2−i)·(13−2i) (2+i)·(13+2i) (2+i)·(13−2i) |
866 | 5+29i 29+5i | (1+i)·(17+12i) (1+i)·(17−12i) |
872 | 14+26i 26+14i | −i·(1+i)3·(10+3i) −i·(1+i)3·(10−3i) |
873 | 12+27i 27+12i | i·3·(9−4i) 3·(9+4i) |
877 | 6+29i 29+6i | (p) (p) |
881 | 16+25i 25+16i | (p) (p) |
882 | 21+21i | (1+i)·3·7 |
884 | 10+28i 20+22i 22+20i 28+10i | (1+i)2·(3−2i)·(4+i) −i·(1+i)2·(3+2i)·(4+i) (1+i)2·(3−2i)·(4−i) −i·(1+i)2·(3+2i)·(4−i) |
890 | 7+29i 19+23i 23+19i 29+7i | i·(1+i)·(2−i)·(8−5i) (1+i)·(2−i)·(8+5i) (1+i)·(2+i)·(8−5i) −i·(1+i)·(2+i)·(8+5i) |
898 | 13+27i 27+13i | (1+i)·(20+7i) (1+i)·(20−7i) |
900 | 18+24i 24+18i 30 | −i·(1+i)2·(2+i)2·3 (1+i)2·(2−i)2·3 −i·(1+i)2·(2+i)·(2−i)·3 |
901 | 1+30i 15+26i 26+15i 30+i | i·(4+i)·(7−2i) i·(4−i)·(7−2i) (4+i)·(7+2i) (4−i)·(7+2i) |
904 | 2+30i 30+2i | −i·(1+i)3·(8+7i) −i·(1+i)3·(8−7i) |
905 | 8+29i 11+28i 28+11i 29+8i | i·(2+i)·(10−9i) (2+i)·(10+9i) i·(2−i)·(10−9i) (2−i)·(10+9i) |
909 | 3+30i 30+3i | i·3·(10−i) 3·(10+i) |
914 | 17+25i 25+17i | (1+i)·(21+4i) (1+i)·(21−4i) |
916 | 4+30i 30+4i | (1+i)2·(15−2i) −i·(1+i)2·(15+2i) |
922 | 9+29i 29+9i | (1+i)·(19+10i) (1+i)·(19−10i) |
925 | 5+30i 14+27i 21+22i 22+21i 27+14i 30+5i | i·(2+i)·(2−i)·(6−i) (2+i)2·(6+i) i·(2−i)2·(6+i) (2+i)2·(6−i) i·(2−i)2·(6−i) (2+i)·(2−i)·(6+i) |
928 | 12+28i 28+12i | −(1+i)5·(5+2i) −(1+i)5·(5−2i) |
929 | 20+23i 23+20i | (p) (p) |
932 | 16+26i 26+16i | (1+i)2·(13−8i) −i·(1+i)2·(13+8i) |
936 | 6+30i 30+6i | −i·(1+i)3·3·(3+2i) −i·(1+i)3·3·(3−2i) |
937 | 19+24i 24+19i | (p) (p) |
941 | 10+29i 29+10i | (p) (p) |
949 | 7+30i 18+25i 25+18i 30+7i | i·(3−2i)·(8+3i) (3+2i)·(8+3i) i·(3−2i)·(8−3i) (3+2i)·(8−3i) |
953 | 13+28i 28+13i | (p) (p) |
954 | 15+27i 27+15i | (1+i)·3·(7+2i) (1+i)·3·(7−2i) |
961 | 31 | (p) |
962 | 1+31i 11+29i 29+11i 31+i | (1+i)·(3+2i)·(6+i) (1+i)·(3+2i)·(6−i) (1+i)·(3−2i)·(6+i) (1+i)·(3−2i)·(6−i) |
964 | 8+30i 30+8i | (1+i)2·(15−4i) −i·(1+i)2·(15+4i) |
965 | 2+31i 17+26i 26+17i 31+2i | i·(2+i)·(12−7i) (2+i)·(12+7i) i·(2−i)·(12−7i) (2−i)·(12+7i) |
968 | 22+22i | −i·(1+i)3·11 |
970 | 3+31i 21+23i 23+21i 31+3i | i·(1+i)·(2−i)·(9−4i) (1+i)·(2+i)·(9−4i) (1+i)·(2−i)·(9+4i) −i·(1+i)·(2+i)·(9+4i) |
976 | 20+24i 24+20i | −i·(1+i)4·(6−5i) −(1+i)4·(6+5i) |
977 | 4+31i 31+4i | (p) (p) |
980 | 14+28i 28+14i | (1+i)2·(2−i)·7 −i·(1+i)2·(2+i)·7 |
981 | 9+30i 30+9i | i·3·(10−3i) 3·(10+3i) |
985 | 12+29i 16+27i 27+16i 29+12i | i·(2−i)·(14+i) i·(2−i)·(14−i) (2+i)·(14+i) (2+i)·(14−i) |
986 | 5+31i 19+25i 25+19i 31+5i | (1+i)·(4+i)·(5+2i) (1+i)·(4−i)·(5+2i) (1+i)·(4+i)·(5−2i) (1+i)·(4−i)·(5−2i) |
997 | 6+31i 31+6i | (p) (p) |
1000 | 10+30i 18+26i 26+18i 30+10i | −i·(1+i)3·(2+i)2·(2−i) (1+i)3·(2−i)3 −(1+i)3·(2+i)3 −i·(1+i)3·(2+i)·(2−i)2 |
Viz také
Reference
- Drážďany, Greg; Dymacek, Wayne (2005). "Hledání faktorů prstenců faktorů nad Gaussovými celými čísly". Americký matematický měsíčník. 112 (7): 602–611. doi:10.2307/30037545. JSTOR 30037545. PAN 2158894.
- Gethner, Ellen; Wagner, Stan; Wick, Brian (1998). „Procházka Gaussovými prvočísly“. Amer. Matematika. Měsíční. 105 (4): 327–337. doi:10.2307/2589708. JSTOR 2589708. PAN 1614871.
- Matsui, Hajime (2000). "Vázáno na nejméně Gaussovu primární omegu s alfa
Oblouk. Matematika. 74 (6): 423–431. doi:10,1007 / s000130050463. PAN 1753540.