| Metamath Proof Explorer |
< Previous
Next >
Related theorems Unicode version |
| Description: A mixed syllogism inference, useful for applying a definition to both sides of an implication. |
| Ref | Expression |
|---|---|
| 3imtr4.1 |
|
| 3imtr4.2 |
|
| 3imtr4.3 |
|
| Ref | Expression |
|---|---|
| 3imtr4i |
|
| Step | Hyp | Ref | Expression |
|---|---|---|---|
| 1 | 3imtr4.2 |
. . 3
| |
| 2 | 3imtr4.1 |
. . 3
| |
| 3 | 1, 2 | sylbi 237 |
. 2
|
| 4 | 3imtr4.3 |
. 2
| |
| 5 | 3, 4 | sylibr 264 |
1
|
| Colors of variables: wff set class |
| Syntax hints: |
| This theorem is referenced by: orbidiOLD 1084 hbex 1671 hbor 1673 hban 1674 hbbi 1675 hb3or 1676 hb3an 1677 hbe1 1681 19.29r 1738 19.30 1751 sbimi 1846 hbs1f 1862 hbeu1 2076 hbeu 2077 sb8eu 2079 hbmo1 2096 hbmo 2097 euan 2118 2exeu 2138 2eu6 2146 hbab1 2160 hbab 2161 hbxfr 2271 hbeq 2274 hbel 2275 hbne 2383 hbnel 2384 hbral 2426 hbra1 2428 hbra2 2429 hbrex 2430 hbre1 2431 ralimi2 2445 reximi2 2477 r19.28av 2504 r19.29r 2506 r19.30 2507 ralcom2 2521 hbreu 2527 hbreu1 2529 elisset 2578 reurex 2717 sbcel12g 2817 sbceqg 2818 hbss 2877 sseq2 2898 rabss2 2947 hbdif 2980 hbun 3007 hbin 3044 undif4 3165 r19.2zb 3191 ralf0 3207 hbpw 3267 hbpr 3301 difprsn 3353 snsspw 3369 hbuni 3404 hbeqel 3416 uniin 3418 reucl 3431 hbint 3442 intss 3453 iuniin 3476 iuneq1 3479 iuneq2 3482 iunpwss 3538 hbbr 3586 eunex 3696 exss 3711 opprc3 3738 pwunss 3770 poeq2 3787 soeq2 3800 freq2 3820 trssord 3860 hbsuc 3913 reusv2lem2 4000 onminex 4063 nlimsucg 4095 xpss 4221 hbrel 4238 coeq1 4282 coeq2 4283 cnveq 4295 hbcnv 4299 dmeq 4315 dmin 4322 hbrn 4351 dmcoss 4365 rncoeq 4369 resiexg 4406 dminss 4477 imainss 4478 dfco2a 4534 funeq 4582 hbfun 4585 fununi 4620 hbfn 4647 2elresin 4661 zfrep6 4679 hbf 4696 fco 4707 hbf1 4734 f1co 4739 hbfo 4743 fof 4744 foco 4755 hbf1o 4760 f1ocnv 4774 f1ores 4776 f1oco 4783 fopab2 4927 hbiso 5002 isocnv 5006 isotr 5009 isotrALT 5010 oprabid 5041 difxp 5191 hbiota1 5261 sb8iota 5266 iotaex 5273 reiota4 5281 smores 5303 tz7.48lem 5368 tz7.49 5375 eqer 5529 map0 5607 ixpeq2 5618 enssdom 5646 fiprc 5698 sbthlem9 5727 mapunen 5831 infensuc 5837 zfreg 5975 zfreg2 5976 dfom3 6016 infensucOLD 6025 scott0 6151 r0weon 6211 elomsubsd 6241 fodomnumlem 6273 domtriomlemOLDOLD 6369 dominf 6371 axdc4lem 6381 axcclem 6383 ac9 6399 ac6n 6401 ac9s 6410 dominfac 6522 cdainfOLD 6531 ltsopq 6670 1pr 6712 reclem2pr 6752 ltsosr 6798 ltsor 6856 ssxr 7001 ltadd2i 7051 recgt0ii 7425 ltmul1ii 7432 peano2nn 7553 sup2 7708 peano2uz2 7868 zq 7898 irradd 7915 irrmul 7916 elioc2 8016 elico2 8017 elicc2 8018 eluzp1p1 8063 peano2uz 8077 sumsqne0i 8379 nnesqi 8412 recvalzi 8639 cjdivi 8640 cau5ii 8670 fsumser0fi 8773 fsumser1fi 8774 ser0cji 8837 climcmplem 8909 efltbi 9188 reeff1o 9207 sin02gt0 9260 infxpidmlem10OLD 9360 clatl 9826 fctop 9921 cctop 9923 retopbas 9932 blssioo 10207 metcnp4 10265 ablmul 10460 sspval 10742 nmobndseqi 10802 cosh111lem2 11096 efifolem4 11106 efifo 11110 efif1lem1 11111 efif1lem2 11112 symgf 11194 symggrpi 11195 fine 11203 abfi 11208 fgfil 11286 tosdir 11354 axhcompl 11496 hhcmpl 11696 chsscmi 11737 chcmhi 11738 shscli 11906 shunssi 11962 shsleji 11963 shlubi 11971 pjoml3i 12152 cmcmlem 12157 nonbooli 12221 5oalem2 12225 3oalem2 12233 lnopco0i 12556 bra11 12668 pjnmopi 12708 pjnormssi 12729 pj3lem1 12768 mdsldmd1i 12892 hatomistici 12923 cvexchi 12930 cmdmdi 12978 mddmdin0i 12992 cdj3lem3b 13001 bnj48 13370 bnj142 13412 bnj180 13432 bnj572 13475 bnj899 13745 bnj945 13773 bnj1208 13911 bnj98 14150 bnj545 14200 bnj556 14209 bnj557 14210 bnj583 14225 bnj607 14233 bnj944 14269 bnj949 14270 bnj999 14294 bnj1067 14328 r19.30OLD 14694 fundmpss 14714 fresin 14717 setinds 14725 elpotr 14728 dfon2lem8 14737 omopthlem1 14748 trpredlem1 14826 trpredrec 14837 poseq 14854 wfrlem5 14861 wfrlem9 14865 frrlem5 14885 sltval2 14909 noreson 14913 axsltsolem1 14921 axfelem15 14960 txpss3v 14997 limitssson 15019 meran1 15182 arg-ax 15187 nxtor 15281 evpexun 15291 neiopne 15325 hbcp 15500 npincppr 15501 dstr 15516 tolat 15631 latdir 15643 ablcomgrp 15698 fprodsub 15738 trinv 15754 eqindhome 15913 cntrsetlem 16052 issubcat 16248 taralt 16282 elomsubsdOLD 16479 alexsublem4 16525 reconnlem3 16533 reconnlem4 16534 reconnlem5 16535 neibastop2lem4 16607 fnejoin2 16616 filssufil 16656 difxpOLD 16775 hbixp1 16810 firnfi3 16828 sdc 16896 fdc 16897 fsumltisumi 16908 caushft 16936 iirev 16956 iihalf1 16957 iihalf2 16958 iimulcl 16959 sstotbnd 17021 bndss 17027 heiborlem15 17054 heiborlem16 17055 heiborlem30 17069 heiborlem35 17074 fldcrng 17237 flddmn 17291 ax10ext 17449 iotaexeu 17467 smoresOLD 17529 |
| This theorem was proved from axioms: ax-1 4 ax-2 5 ax-3 6 ax-mp 7 |
| This theorem depends on definitions: df-bi 232 |