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| Description: A mixed syllogism inference. |
| Ref | Expression |
|---|---|
| syl5bir.1 |
|
| syl5bir.2 |
|
| Ref | Expression |
|---|---|
| syl5bir |
|
| Step | Hyp | Ref | Expression |
|---|---|---|---|
| 1 | syl5bir.1 |
. . 3
| |
| 2 | 1 | biimprd 152 |
. 2
|
| 3 | syl5bir.2 |
. 2
| |
| 4 | 2, 3 | syl5 21 |
1
|
| Colors of variables: wff set class |
| Syntax hints: |
| This theorem is referenced by: syl5cbir 209 hbsb4t 1287 pm2.61ne 1679 unineq 2307 ssopab2 2900 sotrieq 2940 ordtri3 3011 limelon 3036 alxfr 3119 eldifpw 3133 ssonuni 3148 ordzsl 3199 tfindsg 3213 limom 3233 findsg 3245 vtoclrbr 3295 ralxp 3301 fco 3743 ndmfv 3856 fvco 3885 isomin 4013 isofrlem 4015 tfrlem1 4212 tfrlem11 4222 oacl 4306 omcl 4307 oecl 4308 oa0r 4309 om0r 4310 om1r 4313 oe1m 4315 oaordi 4316 oawordri 4320 oaass 4331 omwordri 4339 odi 4346 omass 4347 oewordri 4355 oeworde 4356 oeordsuc 4357 oelim2 4358 oeoa 4360 oeoelem 4361 oeoe 4362 nnacl 4369 nnmcl 4370 nnecl 4371 nnacom 4373 nnmsucr 4380 nnmcom 4381 brecop 4447 eceqopreq 4454 th3qlem1 4455 f1oen2g 4535 f1domg 4537 fundmen 4569 unen 4575 mapxpen 4642 xpmapenlem4 4646 php 4660 pssnn 4681 domfi 4684 supsnALT 4735 inf3lem1 4758 inf3lem3 4760 noinfep 4786 r1tr 4800 rankr1 4820 aceq6a 4887 kmlem9 4919 numthlem 4929 zorn2lem1 4934 alephon 5015 alephordlem2 5023 alephordi 5024 alephsucdom 5030 alephle 5034 alephfplem3 5048 cflim 5059 indpi 5188 addcmpblnq 5206 mulcmpblnq 5207 genpprecl 5258 genpnmax 5264 prlem934b 5292 addcmpblnr 5335 recexsrlem 5366 map2psrpr 5374 pre-axmulgt0 5444 cnegexlem1 5499 addcani 5505 ltne 5670 ltle 5674 xrltle 5713 mulcani 5842 nnmulcl 6086 nnsubi 6102 xrsupsslem 6244 xrinfmsslem 6245 xrub 6248 supxrunb1 6257 supxrunb2 6258 nn0sub 6329 zaddcl 6333 zltp1le 6349 nneoi 6368 uzindOLD 6379 elioc2 6516 elico2 6517 elicc2 6518 uz11 6559 elfzlem 6601 fzopth 6632 om2uzuzi 6660 seq1rn2 6686 seqzrn2 6751 1exp 6779 expadd 6791 expmul 6792 sqrge0i 6903 sqr2irr 6930 crulem 6937 nn0abscl 7082 recan 7108 faclbnd 7148 bccl2 7174 fsum1s2 7213 climcmplem 7340 isumcl 7413 efcltlem2 7510 abspef01tlubi 7603 ruclem13 7734 infxpidmlem11 7774 tgss2 7849 cncnplem4 7987 blf 8054 lmsslem 8163 xplm 8186 xpcn 8187 cmsss 8208 grplactf1o 8339 nmosetre 8681 nmobndseqi 8695 orthcom 9250 hhcms 9348 hhsscms 9426 projlem13 9474 pjthlem11 9505 shsva 9560 hsupss 9585 shmodsi 9638 h1datomi 9780 pjrni 9925 nmopsetretALT 10070 nmfnsetre 10084 lnopcnbd 10244 pjclem4 10408 pj3si 10416 ssmd1 10519 atom1d 10561 chjatom 10565 atcvat4i 10606 cdj3lem2a 10645 cdj3lem3a 10648 findreccl 10702 nndivlub 10707 inpws1 10739 dupos1 10876 isexid2 10901 ismnd1 10927 uznzr 10967 mapudiscn 11015 subtopsin2 11067 efilcp2 11087 iint 11157 finsschain 11425 ordtypelem1 11427 ordtype 11434 hartog 11436 infenomsub 11450 cncomp 11494 locfindsc 11576 ist1-3 11604 fbssfg 11635 filssufillem 11655 filufint 11659 isfclus 11718 fipreima 11848 fzfi 11864 fsum00 11883 heiborlem11 12021 reheibor 12081 |
| 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 |