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| Description: Importation to triple conjunction. |
| Ref | Expression |
|---|---|
| 3impia.1 |
|
| Ref | Expression |
|---|---|
| 3impia |
|
| Step | Hyp | Ref | Expression |
|---|---|---|---|
| 1 | 3impia.1 |
. . 3
| |
| 2 | 1 | ex 402 |
. 2
|
| 3 | 2 | 3imp 1061 |
1
|
| Colors of variables: wff set class |
| Syntax hints: |
| This theorem is referenced by: mopick2 1837 3gencl 2320 vtoclegftOLD 2357 disjne 2919 disjneOLD 2920 opthgg 3534 tz7.2 3639 ndmoprg 4976 oaass 5243 oeoalem 5271 oeoelem 5273 xpdom1g 5503 unidomg 5971 cdaung 6071 cdaeng 6074 axsup 6676 ltne 6686 xrltne 6740 divcl 6901 divcan1 6909 divrec 6922 divcan3 6938 redivcl 6978 letrp1 6994 p1le 6995 zextle 7401 zextlt 7402 btwnnz 7404 gtndiv 7405 uzind2 7418 qbtwnre 7459 qbtwnxr 7460 flwordi 7477 ceile 7491 modadd1 7518 modmul1 7519 modirr 7522 iccleub 7551 snunioo 7584 elfz4 7645 expge1 7835 exprec 7837 exple1 7852 absdiv 8111 cjdiv 8141 bccl2 8223 fsum1ps 8278 iserzex 8395 isumrecl 8471 explecnv 8495 cncffvelrnOLD 8529 ivthlem6 8548 ivthlem7 8549 znnenlem 8770 clsndisj 8982 metcni 9172 lmfss 9226 lmcl 9227 bcthlem8 9284 bcth 9310 grpasscan1 9361 gxnn0neg 9386 gxnn0suc 9387 gxcl 9388 gxneg 9389 gxcom 9392 gxinv 9393 gxsuc 9395 gxnn0add 9397 gxadd 9398 gxnn0mul 9400 gxmul 9401 grplactf1o 9406 gxdi 9422 gagrpid 9458 gaass 9459 nvs 9622 nvtri 9630 nmlno0 9795 nmlnoubi 9796 hlipgt0 9963 spwnex 10004 sincosq1lem 10052 efifolem4 10079 efifolem5 10080 sfseqeq 10169 dif1enOLD 10173 fipreima 10175 hausnei2 10222 fbssint 10279 limfilss 10299 flimnei 10301 comptoppr 10332 ocnel 10803 elspansn2 11123 elspansn3 11128 normcan 11132 pjoml2 11187 lecm 11193 osum 11223 nmbdfnlb 11616 leopmul 11705 hstpyth 11801 cvnbtwn 11858 ssmd1 11883 ssmd2 11884 ssdmd1 11885 ssdmd2 11886 cvmd 11908 cvdmd 11909 superpos 11926 bnj1140 12938 fzind 13610 cayleylem2 13642 suprzcl 13658 dvdsle 13693 divalgb 13707 ndvdssub 13710 algcvga 13747 mulgcdlem2 13757 poseq 13954 axdenselem8 14026 jop 14532 mop 14533 labs1 14536 labs2 14538 valcurfn 14551 supdef 14604 mgmlion 14697 fprodneg 14741 imtr 14762 intfmu2 14867 cnvhmphb 14880 conttnf 14944 bwt2 14960 trhom2 14985 dmse1 15001 mslb1 15007 2wsms 15008 lvsovso 15038 cmpassoh 15150 cmpmon 15164 icmpmon 15165 tarax3b 15223 tarax3e 15228 isseg2 15305 hmeoclda 15421 hmeocldb 15422 compcov 15429 hscptsscld 15434 compfipin0lem 15435 alexsub 15441 conntoppr 15445 fnessex 15484 fneuni 15485 refssex 15490 locfinnei 15512 ufilen 15579 fclusneii 15609 fclsfnflim 15614 fvopabf4g 15703 erthdmg 15730 fipreimaOLD 15756 inficl 15757 eluzsub 15783 seq1p1g 15805 seqz1g 15806 seqzp1g 15807 incsequz 15815 iserzshft2 15829 subspcld2 15839 iccsplit 15854 iimulcl 15874 paste 15893 ismtybndlem 15952 ismtybnd 15953 heiborlem13 15967 bfp 16009 rngisocnv 16135 risci 16141 ordintdif 16440 smoel 16451 joinle 16820 meetle 16827 clatglble 16902 omlfh3 16979 cvrnbtwn 16990 cvrnbtwn2 16992 cvrnbtwn4 16996 hlexch3 17041 hlexch4 17042 hlatexchb1 17043 atcvrj0 17065 psubat 17235 pmapglb2 17253 pmapglb2x 17254 paddasslem17 17297 pmod2i 17310 pmodl42 17312 osumcllem8 17371 pexmidlem3 17380 pl42lem1 17407 pl42lem4 17410 |
| 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 164 df-an 242 df-3an 860 |