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| Description: Inference adding restricted universal quantifier to both sides of an equivalence. |
| Ref | Expression |
|---|---|
| ralbii.1 |
|
| Ref | Expression |
|---|---|
| ralbii |
|
| Step | Hyp | Ref | Expression |
|---|---|---|---|
| 1 | biid 187 |
. 2
| |
| 2 | 1 | hbth 1348 |
. . 3
|
| 3 | ralbii.1 |
. . . 4
| |
| 4 | 3 | a1i 8 |
. . 3
|
| 5 | 2, 4 | ralbid 2121 |
. 2
|
| 6 | 1, 5 | ax-mp 7 |
1
|
| Colors of variables: wff set class |
| Syntax hints: |
| This theorem is referenced by: 2ralbii 2129 ralinexa 2143 hbra2 2148 r3al 2151 r19.26-2 2221 r19.28av 2226 r19.32v 2230 r19.35 2231 cbvral2v 2283 cbvral3v 2284 ralcom4 2310 ralcom4OLD 2311 reu8 2448 sbralie 2453 r19.12sn 3093 eqsn 3143 uni0b 3203 uni0c 3204 ssint 3232 iuniin 3264 iuniinOLD 3265 iuneq2 3273 dfiin2 3287 iunss 3291 iunssOLD 3292 ssiin 3302 ssiinOLD 3303 iinab 3317 iinun2 3321 iindif2 3324 iinuni 3330 sspwuni 3333 iinpw 3336 dftr3 3415 truni 3425 trint 3426 dffr2OLD 3628 eufromeq2 3829 eufromeq6 3833 dfwe2 3861 dfwe2OLD 3862 tfis2f 3939 rexxp 4042 ralxpf 4043 rexxpf 4044 reliun 4101 asymref2 4310 rninxp 4355 rninxpOLD 4356 dminxp 4357 cnvpo 4427 dffun9 4450 funcnv3 4476 fncnv 4479 fnopab2g 4547 fint 4591 fintOLD 4592 funimass4 4722 funconstss 4781 fopab2 4796 dff13f 4851 fooprv 4967 dfrdg2 5141 tz7.48lem 5164 tz7.49 5168 oeordi 5262 oaabs 5309 ixpeq2 5414 xpmapenlem4 5593 ordiso 5683 ordtypelem4 5687 ordtypelem7 5690 zfinf2 5732 zfregs2 5755 rankc1 5816 cp 5852 bnd2 5854 aceq1 5891 aceq2 5893 ac6s2 5920 ac6sf 5922 ac6s4 5923 ac9s 5926 kmlem7 5933 kmlem12 5938 kmlem13 5939 kmlem15 5941 zorn2lem4 5953 zorn2lem6 5955 zorn2lem7 5956 zorn 5959 brdom7disj 5966 brdom6disj 5967 unidom 5970 dfinfmr 7276 infmsup 7277 xrsupsslem 7285 xrinfmsslem 7286 infmxrcl 7295 uzwo3lem2 7430 fzshftral 7701 cau3iri 8167 cau5i 8171 cvg3i 8175 csbfsum 8287 fsumrev 8289 fsumshft 8291 clm1i 8337 clmnnsi 8344 climshfti 8364 climresi 8365 caucvgi 8423 isumcmpii 8476 infxpidmlem8 8828 isbasis2g 8881 tgval2 8887 tgss3 8908 basgen 8910 cctop 8922 clsval2 8961 ntreq0 8984 sncld 9064 lmbr2 9207 iscau2 9215 lmbrnns 9220 bcthlem7 9283 grpidinvlem3 9330 lnon0 9798 axgroth5 10132 grothpw 10134 axgroth4 10139 grothprim 10141 elghom 10195 hmeobc 10239 hausfillim 10303 adjsym 11396 cvbr2 11855 chpssati 11935 chrelat2i 11937 chrelat3 11943 chrelat4i 11945 mdsymlem8 11982 bnj51 12426 bnj1135 12935 bnj1366 13091 bnj1480 13157 bnj1481 13158 bnj82 13210 bnj92 13216 bnj114 13227 bnj539 13266 bnj540 13267 bnj580 13301 bnj978 13355 bnj1047 13393 bnj1128 13428 bnj1417 13530 bnj1421 13532 bnj1498 13562 gcdcllem1 13718 truniOLD 13792 trintOLD 13794 untuni 13797 r19.30 13817 setinds 13844 setinds2f 13845 elpotr 13847 dfon2lem7 13855 dfon2lem9 13857 wfis2fg 13919 frins2fg 13943 frxp 13951 soseq 13955 axfelem15 14045 negcmpprcal1 14275 negcmpprcal2 14276 r19.26t 14282 fopab2g 14485 dstr 14516 defse3 14614 clfsebs 14707 trinv 14759 vecax3 14798 altretoplem2 14996 altretop 14997 imonclem 15162 ismonc 15163 isepic 15173 tartarmap 15265 ordisoOLD 15374 ordtypelem4OLD 15378 ordtypelem7OLD 15381 opnnei 15417 compsub 15431 compfipin0 15436 alexsublem3 15439 is1stc3 15469 isfne2 15481 limfilcf 15587 cnfillim 15590 flimfcn 15603 isfclus 15606 fcluscn 15619 fclsfcn 15632 inixp 15722 ac6gf 15749 infmrlb 15765 infmrgelb 15766 wofi 15770 fsumleisumi 15826 caures 15852 bfp 16009 iscring2 16146 n0el 16248 blkssatm 16289 zfregs2VD 16665 lubid 16807 glb0 16920 hlrelat1 17049 hlrelat2 17052 grpidinvlem3NEW 17111 ispsubsp2 17227 |
| 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-ral 2109 |