| Metamath Proof Explorer |
< Previous
Next >
Related theorems Unicode version |
| Description: A mixed syllogism inference. |
| Ref | Expression |
|---|---|
| syl6bi.1 |
|
| syl6bi.2 |
|
| Ref | Expression |
|---|---|
| syl6bi |
|
| Step | Hyp | Ref | Expression |
|---|---|---|---|
| 1 | syl6bi.1 |
. . 3
| |
| 2 | 1 | biimpd 151 |
. 2
|
| 3 | syl6bi.2 |
. 2
| |
| 4 | 2, 3 | syl6 22 |
1
|
| Colors of variables: wff set class |
| Syntax hints: |
| This theorem is referenced by: ax11i 1175 a12lem1 1415 2eu2 1490 reu3 1977 ra4sbc 2047 disjpss 2372 rzal 2409 preq12b 2548 prel12 2549 zfrepclf 2773 dtru 2831 opprc3 2873 opth2 2876 frirr 2954 ordsseleq 3004 nsuceq0 3053 ordssun 3069 ordequn 3070 reuuni4 3110 ordsson 3145 limuni3 3206 peano5 3241 opeldm 3405 elreldm 3425 funopg 3652 funimass2 3678 fvco 3885 funfvop 3917 fconstfv 3963 elunirnALT 3983 oaordi 4316 oa00 4329 oalimcl 4330 nnaordex 4389 nnawordex 4390 oaabs 4392 erth 4422 ecopoprtrn 4452 opthreg 4749 inf3lemd 4757 inf3lem2 4759 inf3lem6 4763 r1tr 4800 rankr1 4820 r1pwcl 4833 karden 4872 aceq5lem4 4884 kmlem2 4912 kmlem12 4922 brdom6disj 4951 carden 4979 cfeq0 5064 addnidpi 5182 indpi 5188 ordpipq 5210 ltsopq 5229 addcanpr 5306 prlem936 5309 suplem1pr 5315 suplem2pr 5316 ltsrpr 5340 ltsosr 5357 sqgt0sr 5369 addcani 5505 leltne 5675 ltlen 5676 ltnsym 5686 xrleltne 5712 mulcani 5842 lt2msqi 6026 lt1nnn 6092 infm3 6222 nnunb 6238 btwnz 6387 zq 6399 modadd1 6477 modmul1 6478 modirr 6481 elioore 6512 uz11 6559 elfzlem 6601 elfzel2g 6608 elfz3nn0 6627 fznn0sub 6628 creur 6943 creui 6944 seq1bndi 7113 bccl2 7174 caucvglem2 7361 caucvglem5 7364 caucvglem6 7365 geoisumr 7448 alephexp1 7796 tg2 7833 unitg 7835 tgcl 7836 iincld 7889 neii1 7931 neii2 7932 cnsscnp 7982 opni 8074 metcnpi 8101 metcnpi2 8102 metcni 8105 caun0 8156 lmfss 8159 lmcl 8160 iscms2lem4 8203 nvex 8477 nmlno0lem 8708 sineq0re 8985 efifolem6 8999 normgt0OLD 9269 normgt0 9270 ocin 9445 nmlnop0iALT 10199 nmopun 10218 lnopconi 10242 lnfnconi 10269 cvpss 10493 cvnbtwn 10494 atcvati 10595 mdsymlem6 10617 uninqs 10730 infi1 10735 fiiu 10738 ref3w 10772 twpar2 10773 scprefat 10783 isunscov 10796 prj1 10809 jop 10832 mop 10833 labs1 10836 labs2 10838 fiv 10849 fiiu2 10852 lteqtpos 10880 pospos 10882 smgrpmgm 10912 smgrpass 10913 ismnd2 10928 mndid 10929 mndio 10930 mndass 10931 on1el3 10962 dvrunz 10970 clsrebb 10993 elioo1t3 10996 truni3 11001 cnvhmphb 11032 hmeogrp 11044 top2ind 11050 top2usne 11051 subtopsin2 11067 oefil2 11079 neifil 11080 filint2 11084 cnfilca 11088 rcfpfillem3 11091 bwt2 11123 usinuniop 11128 clindistop 11131 topsinind 11136 iintlem1 11155 obsubc2 11304 idsubc 11305 domsubc 11306 codsubc 11307 subctct 11308 morsubc 11309 cmpsubc 11310 iccleub 11411 ioodisj 11413 omsubdom 11443 infenomsub 11450 cldbnd 11462 alexsublem2 11497 alexsub 11500 fgbas 11636 fbfgss 11640 fclusbas 11722 gapmlem 11783 raleqfn 11790 dif1en 11833 inficl 11849 sdclem2 11876 sdc 11877 heiborlem11 12021 heiborlem31 12041 ismrer1 12080 phtpcdm 12103 |
| 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 145 |