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| Description: Importation from double to triple conjunction. |
| Ref | Expression |
|---|---|
| 3impb.1 |
|
| Ref | Expression |
|---|---|
| 3impb |
|
| Step | Hyp | Ref | Expression |
|---|---|---|---|
| 1 | 3impb.1 |
. . 3
| |
| 2 | 1 | exp32 377 |
. 2
|
| 3 | 2 | 3imp 827 |
1
|
| Colors of variables: wff set class |
| Syntax hints: |
| This theorem is referenced by: 3adant1l 852 3adant1r 853 syl3an1 859 3impdi 880 rcla42ev 1881 reuss 2276 wereu 2945 foprrn 4035 fnoprvalrn 4038 odi 4210 ecopoprtrn 4311 ecoprass 4320 ecoprdi 4321 supmaxlem 4588 addasspi 5023 mulasspi 5025 distrpi 5026 ltapq 5076 ltmpq 5077 genpass 5112 distrpr 5132 ltapr 5151 cnegextlem1 5345 subdit 5427 submul2t 5460 subsub2t 5461 pnpcant 5478 xrlttrt 5553 le2tri3 5589 ltaddsubt 5631 leaddsubt 5633 diveq0t 5768 divnegt 5774 divcan5t 5781 lble 6047 uzind3 6207 lenegsqt 6885 faclbnd4lem4 6951 fsummulc2 7034 clm0i 7089 clim2serzt 7134 iserzcmp0 7143 isummulc1ALT 7213 geoisum1c 7245 fsum0diag2 7259 reeftlclt 7380 uncld 7681 ntrss 7688 innei 7736 sncld 7787 blin 7852 ssbl 7855 opni2 7865 cncfmet 7905 bl2ioo 7911 lmss 7953 bcthlem7 8005 bcthlem9 8007 grpinvid1 8072 grpinvid2 8073 abl4 8105 ablnncan 8112 issubg 8116 issubgi 8122 grpsn 8124 ablmul 8131 ghgrpilem4 8136 vcnegsubdi2 8194 nvnpcan 8280 nvmeq0 8284 nvabs 8301 lnocoi 8418 nmorepnf 8431 blo3i 8462 blometi 8463 ipasslem5 8494 spwpr3OLD 8662 spwpr4OLD 8663 spwpr4aOLD 8664 hvmulcant 8939 his5t 8953 his7t 8956 his2sub2t 8959 hhssnv 9134 pjeq2t 9241 homclt 9524 fh1t 9561 fh2t 9562 cm2jt 9563 homco1t 9727 homulasst 9728 hoadddit 9729 hosubsub2t 9738 braaddt 9869 bramult 9870 kbmult 9879 lnopmult 9891 lnopl 9892 lnopaddmul 9897 lnopsubmul 9899 homco2t 9901 lnfnl 9969 lnfnaddmul 9974 kbass2t 10050 mdexch 10262 symggrpi 10406 cayleylem2 10410 ficli 10472 ficliOLD 10473 |
| 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 147 df-an 225 df-3an 777 |