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| Description: Inference adding existential quantifier to antecedent and consequent. |
| Ref | Expression |
|---|---|
| eximi.1 |
|
| Ref | Expression |
|---|---|
| eximi |
|
| Step | Hyp | Ref | Expression |
|---|---|---|---|
| 1 | exim 1386 |
. 2
| |
| 2 | eximi.1 |
. 2
| |
| 3 | 1, 2 | mpg 1332 |
1
|
| Colors of variables: wff set class |
| Syntax hints: |
| This theorem is referenced by: 2eximi 1388 19.12 1394 19.23aiOLD 1413 19.29r2 1424 19.29x 1425 19.40 1447 exsimpl 1461 equvini 1531 equviniOLD 1532 sbimi 1537 equs45f 1569 sbequi 1598 mo 1787 eumo0 1790 euan 1827 eupickb 1836 euor2OLD 1840 2euexOLD 1845 2eu2ex 1847 2exeu 1850 rexex 2154 reximi2 2197 cgsexg 2321 gencbvex 2334 vtoclf 2338 vtocl3 2342 vtocl3OLD 2343 cla4gf 2361 cla4gfOLD 2363 eqvinc 2387 ssiunOLD 3294 iununi 3331 iununiOLD 3332 axrep1 3429 axrep2 3430 axsep 3437 bm1.3ii 3441 axnul 3444 nalset 3448 notzfaus 3478 el 3485 elOLD 3486 dtru 3498 dvdemo1 3520 dvdemo2 3521 axpr 3523 snnex 3801 euuni 3807 eufromeq3 3830 dmcossOLD 4212 imassrn 4278 dminss 4330 imainss 4331 dmsnop 4367 zfrep6 4545 fv3 4690 ssimaex 4729 dffv2 4734 exfo 4795 abrexexlem1 4834 iotaex 5099 tz7.48-1 5165 uniixp 5416 enssdom 5442 infcntss 5646 abfii2 5652 abfii4 5654 fodomfi 5656 inf1 5713 infeq5 5727 omex 5733 rankuni 5809 scott0 5847 bnd 5853 aceq3 5895 aceq4 5896 ac5b 5915 ac6 5917 ac6s 5918 ac6s2 5920 ac6s3 5921 ac6s5 5924 kmlem1 5927 kmlem2 5928 brdom3 5963 brdom5 5964 brdom4 5965 cflim 6057 axpowndlem2 6102 axacndlem4 6114 prnmadd 6252 1idpr 6285 ltexprlem4 6297 reclem1pr 6308 reclem2pr 6309 recexpr 6312 suplem1pr 6313 suplem2pr 6314 recexsrlem 6364 suppsr2 6375 suppsr3 6376 pre-axsup 6444 infcvglem3 8484 infxpidmlem8 8828 infmap2lem1 8848 subbas 8914 subtop 8916 grothomex 10136 oprabopabf 10157 fgfil 10290 osumlem5 11217 bnj90OLD 12446 bnj101 12448 bnj161 12486 bnj168 12496 bnj214 12508 bnj512 12519 bnj542 12536 bnj577 12549 bnj593 12556 bnj880 12807 bnj123 13233 bnj514 13255 bnj605 13292 bnj607 13304 bnj849 13318 bnj894 13327 bnj916 13332 bnj936 13336 bnj1125 13430 bnj1498 13562 fundmpss 13836 axextdfeq 13864 ax13dfeq 13865 axextndbi 13871 frxp 13951 exisym1 14248 dstr 14516 eqindhome 14895 rcfpfillem3 14930 alexsublem3 15439 fnejoin2 15531 heiborlem13 15967 heiborlem17 15971 heiborlem37 15991 exan3 16241 prtlem16 16272 a4sbce-2 16333 19.40-2 16334 iotaexeu 16382 iotasbc 16383 |
| This theorem was proved from axioms: ax-1 4 ax-2 5 ax-3 6 ax-mp 7 ax-gen 1305 ax-4 1319 ax-5o 1321 |
| This theorem depends on definitions: df-bi 164 df-an 242 df-ex 1327 |