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| Description: Inference from Theorem 19.23 of [Margaris] p. 90. |
| Ref | Expression |
|---|---|
| 19.23aiv.1 |
|
| Ref | Expression |
|---|---|
| 19.23aiv |
|
| Step | Hyp | Ref | Expression |
|---|---|---|---|
| 1 | ax-17 1317 |
. 2
| |
| 2 | 19.23aiv.1 |
. 2
| |
| 3 | 1, 2 | 19.23ai 1412 |
1
|
| Colors of variables: wff set class |
| Syntax hints: |
| This theorem is referenced by: 19.23aivv 1675 mo 1787 mopick 1833 axext3OLD 1868 gencl 2318 cgsexg 2321 gencbvex2 2336 vtocleg 2355 eqvinc 2387 eqvincOLD 2388 uniiunlem 2693 eluni 3180 uniintsn 3253 axsep2 3439 bm1.3ii 3441 intex 3465 axpweq 3480 eunex 3500 unipw 3504 moabex 3513 nnullss 3515 exss 3516 mosubopt 3551 ssopab2 3573 reuunisn 3822 limuni3 3936 tfindsg 3944 findsg 3980 relop 4113 dmrnssfld 4205 dmsnop 4367 elxp5 4380 unixp0 4423 ffoss 4665 dffv2 4734 fvopabn 4749 exfo 4795 fnoprabg 4941 fo1stres 5036 fo2ndres 5037 iotaequ 5097 iota4 5100 tfrlem8 5126 tfrlem9 5127 erref 5333 mapprc 5385 map0b 5402 map0 5403 uniixp 5416 breng 5434 brdomg 5435 ener 5469 en0 5482 en1 5485 2dom 5486 fiprc 5492 undom 5497 xpdom2 5501 xpdom3 5504 pw2en 5505 ac6sfi 5509 mapen 5585 mapdom1 5586 mapdom2 5588 ssenen 5598 php 5607 0sdom1dom 5618 unfilem1 5641 unifi 5648 fodomfi 5656 pm54.43 5662 inf3 5726 infeq5 5727 omex 5733 zfregs 5754 tz9.12lem1 5770 bnd2 5854 aceq3lem 5894 aceq4 5896 aceq5lem4 5900 aceq5lem5 5901 aceq5 5902 aceq6a 5903 aceq6b 5904 ac6lem 5916 ac6s 5918 kmlem2 5928 kmlem16 5942 numthlem 5945 weth 5949 brdom3 5963 brdom5 5964 brdom4 5965 brdom7disj 5966 brdom6disj 5967 unidom 5970 oncard 5978 carduni 6010 cardcf 6059 cfeq0 6062 cfsuc 6063 cfom 6064 ltbtwnpq 6236 ltaprlem 6302 reclem1pr 6308 reclem2pr 6309 reclem3pr 6310 map2psrpr 6372 supsrlem2 6378 suprelem 6411 renegcliOLD 6577 0re 6603 redivcli 6976 nnunb 7279 isumshfti 8465 isumshft2i 8466 acdc3 8755 acdc2 8759 acdc5 8762 acdc 8764 infxpidmlem4 8824 infxpidmlem7 8827 infxpidmlem10 8830 infxpidmlem12 8832 infpss 8843 infmap2lem2 8849 tgval3 8895 eltg3 8896 bastop1 8912 subbas2 8915 isgrp2i 9360 isga 9450 gapm 9462 minvecex 9923 grothpw 10134 grothpwex 10135 oprabopabf 10157 fiv 10212 fine 10213 fiiu2 10220 fbssint 10279 infi 10280 filrn 10293 projlem 10850 shintcli 10926 pjrni 11282 strlem1 11822 bnj521 12522 bnj578 13291 bnj605 13292 bnj607 13304 bnj1018 13378 bnj1020 13379 bnj1145 13431 ordsucuniel 13863 frxp 13951 wfrlem2 13958 wfrlem3 13959 wfrlem4 13960 wfrlem9 13965 wfrlem12 13968 txpss3v 14065 brtxp 14067 elfix 14077 uninqs 14340 infi1 14343 fiiu 14344 ficli 14353 f1fi 14377 prj1 14395 injrec2 14466 surjsec2 14467 cbicplem 14508 prl 14512 inposet 14620 osneisi 14875 homcard 14893 fisub 14924 rcfpfillem2 14929 rcfpfillem3 14930 rcfpfillem4 14931 rcfpfillem6 14933 rcfpfil 14934 bwt2 14960 domleqt 15020 emptar 15231 intrtael 15256 compsub 15431 hscptsscld 15434 compfipin0 15436 alexsublem2 15438 alexsub 15441 reconn 15451 isfne3 15482 topmtcl 15525 fcluscomplem 15620 filnetlem1 15640 prfOLD 15680 fimax 15746 indexdom 15754 heiborlem11 15965 heiborlem13 15967 heiborlem40 15994 iotain 16381 iotavalb 16394 euunianOLD 16396 sbiota1 16399 ipo0 16426 ifr0 16427 trint0 16439 |
| This theorem was proved from axioms: ax-1 4 ax-2 5 ax-3 6 ax-mp 7 ax-gen 1305 ax-17 1317 ax-4 1319 ax-5o 1321 ax-6o 1324 |
| This theorem depends on definitions: df-bi 164 df-an 242 df-ex 1327 |