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| Description: Inference quantifying both antecedent and consequent, with strong hypothesis. |
| Ref | Expression |
|---|---|
| ralimi.1 |
|
| Ref | Expression |
|---|---|
| ralimi |
|
| Step | Hyp | Ref | Expression |
|---|---|---|---|
| 1 | ralimi.1 |
. . 3
| |
| 2 | 1 | a1i 8 |
. 2
|
| 3 | 2 | ralimia 2166 |
1
|
| Colors of variables: wff set class |
| Syntax hints: |
| This theorem is referenced by: ral2imi 2169 r19.26 2219 r19.29 2227 reu3 2444 uniss2 3209 ss2iun 3271 iineq2 3274 iunss2 3298 truni 3425 eufromeq2 3829 eufromeq3 3830 eufromeq6 3833 tfis 3938 findOLD 3978 dffun8OLD 4449 fununi 4481 fun11uni 4483 zfrep6 4545 fnopabg 4546 elrnopabg 4773 dffo5 4794 fopab2 4796 elrnoprabg 5066 unifi2 5649 iunfi 5659 rankonid 5806 aceq5 5902 ac5b 5915 ac6lem 5916 ac6 5917 kmlem6 5932 kmlem8 5934 kmlem13 5939 xrsupexmnf 7283 xrinfmexpnf 7284 cau3iri 8167 cau3i 8168 cvganz 8176 2sumeq2dv 8254 fsum1s 8269 fsump1s 8273 fsumadd 8282 csbfsum 8287 fsummulc1 8293 fsumcmp 8300 fsumcmp0 8301 fsumcmpndx2 8302 fsumabs 8303 fsumabs2mul 8304 serzmulc1 8317 clm3i 8339 clmi2i 8347 clm0ii 8349 climunii 8358 2climnn 8362 2climnn0 8363 climge0 8372 climabs0i 8373 iserzmulc1 8396 climcmplem 8397 climsqueeze 8400 climsqueeze2 8401 iserzcmp 8402 caucvg3i 8427 iserzgt0 8472 explecnv 8495 basgen2 8909 bastop1 8912 neips 9003 cncnp 9055 meteq0 9089 mettri2 9090 mettri4 9091 lmcvg2 9211 caun0 9223 xplm 9253 iscms2 9272 isgrp 9321 grpidinv 9332 grpideu 9333 grprlidrid 9337 grpidinv2 9344 ringideu 9470 ringdi 9471 ringdir 9472 ringass 9473 vcid 9502 vcdi 9503 vcdir 9504 vcass 9505 nvs 9622 nvz 9629 nvtri 9630 ajmoi 9860 laspwcl 10011 lanfwcl 10012 grothpw 10134 grothpwex 10135 grothomex 10136 axgroth3 10138 fipreima 10175 opidon 10369 exidu1 10373 grpmnd 10393 rngmgmbs4 10401 uznzr 10416 projlem22 10840 adjmo 11395 adjvalval 11498 lnopconi 11600 lnfnconi 11627 cnlnssadj 11650 stge0 11796 stle1 11797 mdbr3 11869 mdbr4 11870 mdsl1i 11893 dmdbr6ati 11995 dmdbr7ati 11996 bnj899 12816 bnj1498 13562 ndvdssub 13710 truniOLD 13792 untangtr 13802 elpotr 13847 dfon2lem7 13855 dfon2lem8 13856 tfisg 13912 wfisg 13917 frinsg 13941 frxp 13951 poseq 13954 domfldrefc 14361 ranfldrefc 14362 domintrefb 14367 ref4w 14370 celsor 14443 surjsec2 14467 fopab2g 14485 mapmapmap 14486 dstr 14516 labs1 14536 labs2 14538 fprod1s 14677 fprodp1s 14682 fprodadd 14713 fnopabco2b 14734 fprodsub 14742 fldax3 14779 fldax4 14780 fldax5 14781 vecax3 14798 vecax4 14799 vecax5 14800 vecax6 14801 svli2 14826 supbrr 15048 imonclem 15162 iepiclem 15172 tarax1 15216 tarax2 15217 intartar 15255 tartarmap 15265 topbasfne 15499 neibastop1 15518 neibastop2lem2 15520 neibastop2lem3 15521 neibastop2 15523 fipreimaOLD 15756 frinfm 15758 zornn0 15764 sdclem1 15809 fsum00 15820 fsumlt 15821 fsumlt1 15831 sstotbnd 15936 heiborlem23 15977 pcohtpy 16083 rnghomadd 16123 rnghommul 16124 idladdcl 16167 idllmulcl 16168 idlrmulcl 16169 ispridl2 16186 ralbidar 16422 rexbidar 16423 grpidinvNEW 17113 grpideuNEW 17114 grpidinv2NEW 17119 ringideuNEW 17146 pmapglbx 17251 |
| 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-ral 2109 |