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| Description: Formula-building rule for universal quantifier (deduction rule). |
| Ref | Expression |
|---|---|
| albidv.1 |
|
| Ref | Expression |
|---|---|
| albidv |
|
| Step | Hyp | Ref | Expression |
|---|---|---|---|
| 1 | ax-17 1317 |
. 2
| |
| 2 | albidv.1 |
. 2
| |
| 3 | 1, 2 | albid 1459 |
1
|
| Colors of variables: wff set class |
| Syntax hints: |
| This theorem is referenced by: 2albidv 1658 sbcom2 1724 eujust 1773 eujustALT 1774 euf 1777 mo 1787 axext3 1867 axext3OLD 1868 bm1.1 1870 eqeq1 1890 hblemOLD 1994 ralbidv2 2125 alexeq 2390 abidhb 2423 mo2icl 2434 moi 2436 euind 2439 reuind 2450 sbc6gOLD 2473 sbcalg 2500 hbsbc1gdOLD 2516 hbsbcgdOLD 2518 sbcralt 2527 sbcralgf 2529 sbcabel 2535 sbcel12gOLD 2553 sbceqdigOLD 2555 csbiegft 2573 ssconb 2738 reldisj 2916 reldisjOLD 2917 elint 3220 elintiOLD 3224 axrep1 3429 axrep2 3430 axrep3 3431 zfrepclf 3434 axsep2 3439 zfauscl 3440 bm1.3ii 3441 elOLD 3486 dtru 3498 freq1 3632 eualeq 3823 eualeqhb 3824 euexeqOLD 3826 euexaleq 3827 onminex 3888 dfom2 3951 elom 3952 elomg 3953 funimass4 4722 eufnfv 4771 dffo3 4792 dff13 4850 ac6sfi 5509 pssnn 5628 unifi 5648 fiint 5650 abfii4 5654 fodomfi 5656 ordtypelem5 5688 ordtypelem6 5689 inf0 5712 axinf2 5730 tz9.1 5753 trsbc 5843 karden 5856 aceq0 5892 aceq5 5902 zfac 5907 brdom3 5963 axpowndlem3 6103 zfcndrep 6118 zfcndac 6123 elnp 6244 prlem934 6291 suplem2pr 6314 supexpr 6315 suppsr 6374 supsrlem6 6382 supre 6412 infm3 7263 infmsup 7277 dfuzi 7414 nnwof 7628 fz1sbc 7696 istopg 8865 islp2 9023 cncnplem3 9053 metcld 9245 axgroth3 10138 axgroth4 10139 oprabopabf 10157 indexfi 10174 findcard 10178 findcardOLD 10179 fbssint 10279 dirtr 10356 isass 10363 chlimi 10737 bnj898 12815 bnj1338 13063 bnj1510 13170 bnj1511 13171 dfon2lem6 13854 dfon2lem7 13855 dfon2lem8 13856 dfon2 13858 elintabg 14414 invtrgrp 14979 eqeu 15351 trer 15361 finsschain 15373 ordtypelem5OLD 15379 ordtypelem6OLD 15380 neibastop2lem3 15521 neibastop3 15524 limfilcf 15587 fcluscf 15612 fcluscomplem 15620 findcard2 15745 indexfiOLD 15755 lmclim2 15850 ax10-16 16365 pm13.183 16373 pm14.122b 16387 iotavalb 16394 isclat 16888 |
| 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 |
| This theorem depends on definitions: df-bi 164 df-an 242 |