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| Description: A mixed syllogism inference. |
| Ref | Expression |
|---|---|
| syl5bi.1 |
|
| syl5bi.2 |
|
| Ref | Expression |
|---|---|
| syl5cbi |
|
| Step | Hyp | Ref | Expression |
|---|---|---|---|
| 1 | syl5bi.1 |
. . 3
| |
| 2 | syl5bi.2 |
. . 3
| |
| 3 | 1, 2 | syl5bi 225 |
. 2
|
| 4 | 3 | com12 14 |
1
|
| Colors of variables: wff set class |
| Syntax hints: |
| This theorem is referenced by: sotric 3615 sotrieq 3616 nordeq 3677 nsuceq0 3749 suctr 3751 dfwe2 3861 onsucuni2OLD 3915 iss 4254 xp11 4347 tz6.12c 4697 tz7.48-1 5165 tz7.49 5168 oawordexr 5238 oewordi 5266 ectocl 5361 ecoptocl 5362 mapsn 5404 eqeng 5451 pw2en 5505 ordtypelem4 5687 ordtypelem6 5689 suc11reg 5710 inf3lem6 5724 rankc2 5817 omsubinit 5890 zorn2lem4 5953 distrlem4pr 6282 1re 6598 lemul1a 7019 lemul1aOLD 7020 lt0nnn0 7325 recnz 7403 flidz 7476 modid2 7513 om2uzrani 7711 expge0 7833 expge1 7835 expwordi 7848 facdiv 8194 cvgcmpubi 8446 ruclem33 8811 ruclem35 8813 iscld3 8971 isopn3 8973 cncnplem4 9054 cnconst 9057 ghgrpilem2 9442 efif1lem5 10088 fipreima 10175 hhssnv 10767 chocunii 10805 pjeq 10875 h1dn0 11108 spansneleqi 11125 stm1i 11815 mdbr2 11868 mdsl2i 11894 sumdmdlem 11990 dmdbr6ati 11995 ghomgrpilem2 13629 dvdsnegb 13672 coprm 13782 dfon2lem9 13857 trclss 13935 poseq 13954 axdenselem5 14023 axdenselem8 14026 axfelem10 14040 axfelem15 14045 axfelem16 14046 twsymr 14394 rcfpfillem6 14933 fbfgss2 14937 bsi2 14992 elfiun 15369 ordtypelem4OLD 15378 ordtypelem6OLD 15380 omsubinitOLD 15399 opnbnd 15409 hscptsscld 15434 reconnlem4 15449 is2ndc2 15473 2ndcsb 15476 2ndc1stc 15477 topfneec2 15502 filssufillem 15570 rnelfm 15593 fmfnfmlem4 15597 fmfnfm 15598 fcluscnp 15618 fcluscomp 15621 tailmap 15636 tailfb 15639 filnetlem3 15642 filnetlem4 15643 filnetlem5 15644 fipreimaOLD 15756 geomcau 15849 totbndss 15937 ismtyhmeolem 15950 ismtybndlem 15952 heiborlem7 15961 heiborlem13 15967 heiborlem23 15977 igenval2 16214 isfldidl 16216 erdisj3 16266 xrltneNEW 16434 posasymb 16776 pleval2 16785 pltval3 16787 plttr 16790 cvrnbtwn3 16993 cvrnbtwn4 16996 cvrcmp 16999 atnlt 17009 hlexchb 17035 atcvr0eq 17064 cvrat4 17076 ps-1 17078 osumcllem4 17367 pexmidlem1 17378 |
| This theorem was proved from axioms: ax-1 4 ax-2 5 ax-3 6 ax-mp 7 |
| This theorem depends on definitions: df-bi 164 |