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| Description: Detach a conjunction of truths in a biconditional. |
| Ref | Expression |
|---|---|
| mpbiran.1 |
|
| mpbir2an.2 |
|
| mpbir2an.3 |
|
| Ref | Expression |
|---|---|
| mpbir2an |
|
| Step | Hyp | Ref | Expression |
|---|---|---|---|
| 1 | mpbir2an.3 |
. 2
| |
| 2 | mpbiran.1 |
. . 3
| |
| 3 | mpbir2an.2 |
. . 3
| |
| 4 | 2, 3 | mpbiran 798 |
. 2
|
| 5 | 1, 4 | mpbir 207 |
1
|
| Colors of variables: wff set class |
| Syntax hints: |
| This theorem is referenced by: 3pm3.2i 1048 eqssi 2632 dtru 3498 itlso 3619 so0 3621 we0 3653 ord0 3715 ordon 3863 omssnlim 3965 relsn 4087 cnvunOLD 4323 coundiOLD 4397 coundirOLD 4399 funi 4452 funsn 4463 funsnOLD 4464 fnsn 4469 fnresi 4529 fn0 4532 fn0OLD 4533 f0 4600 fconst 4602 fconstOLD 4603 f10 4667 f1o0 4670 f1oi 4671 f1oiOLD 4672 f1osn 4674 f1osnOLD 4675 fvi 4818 isoid 4872 fo1st 5032 fo2nd 5033 tfrlem7 5125 tfr1 5132 tz7.44-1 5136 tz7.44-2 5137 frfnom 5159 oawordeulem 5236 canth2 5548 xpmapenlem5 5594 unfilem2 5642 rankpw 5795 rankuni2 5801 alephiso 6040 alephfplem4 6047 1pi 6163 1pr 6269 axaddopr 6417 axmulopr 6418 axicn 6423 negeui 6510 receui 6890 mulnzcnopr 6891 divvali 6893 nnind 7120 elrpii 7234 0z 7355 icoshftf1oii 7578 om2uzuzi 7708 om2uzf1oi 7712 om2uzisoi 7713 uzrdginii 7715 uzrdginip1i 7717 ser1refi 7745 ser1f2i 7747 dfseq0 7806 ser0fi 7808 sqrlem6 7928 sqrlem23 7945 ref 8009 imf 8010 caurei 8179 cauimi 8180 ser1absdiflem 8181 serzrefi 8311 caucvg3ai 8424 caucvg3lem 8426 cvgcmp2lem 8440 cvgcmp2clem 8442 cvgcmp2clemOLD 8443 cvgcmp3ci 8447 isumcmpii 8476 arisumi 8487 negfcncfi 8531 ivthlem4 8546 ivthlem8 8550 ivthlem9 8551 eff 8575 efaddlem12 8611 eff2 8632 egt2OLD 8657 elt3OLD 8658 egt2lt3 8659 reeff1 8675 eflegeolem2 8679 efcn 8688 reeff1o 8691 reefiso 8693 sinf 8705 cosf 8706 qnnen 8772 ruclem8 8786 ruclem13 8791 ruc 8818 sn0top 8917 distop 8919 fctop 8920 cctop 8922 retps 8928 ishausi 9062 ismsi 9078 ismeti 9079 0met 9102 metxp 9111 iscms2i 9273 isgrpi 9322 grprn 9336 isgrp2i 9360 isabli 9414 issubgi 9431 ablmul 9439 mulid 9440 ghgrpilem4 9444 ga0 9453 cnring 9489 ringsn 9490 nmcnilem 9676 sm1cnilem 9686 ipcl 9704 lnocoi 9757 cnph 9819 cnbn 9871 ubthlem6 9877 minveceu 9928 cnhl 9965 htthlem12 9978 pilem2 10021 efif 10075 efifo 10083 efif1 10091 efif1o 10092 eff1i 10098 effoi 10099 eff1oi 10100 pilog 10122 stoiglem 10250 zrdivrng 10418 norm3adifii 10648 hhip 10677 hhph 10678 hhhl 10706 hlim0 10738 hlimcauii 10739 helch 10749 hsn0elch 10753 hhssnv 10767 hhshsslem2 10771 hhssbn 10784 hhsshl 10785 occli 10814 projlem8 10826 projlemHIL 10851 pjpj0i 10888 shscli 10914 shintcli 10926 chintcli 10928 shsumval2i 10993 lejdii 11094 osumlem7 11219 nonbooli 11231 pjfoi 11283 pjfi 11284 pjmf1 11296 df0op2 11315 idunop 11539 0cnop 11540 0cnfn 11541 idcnop 11542 idhmop 11543 0hmop 11544 0lnfn 11546 0bdop 11555 lnophsi 11563 lnopcoi 11565 lnopunii 11574 lnophmi 11580 nmcopex 11596 nmcoplb 11597 nmcfnex 11625 nmcfnlb 11626 nlelshi 11630 nlelchi 11631 riesz4i 11633 riesz4 11634 riesz1 11635 cnlnadjlem6 11642 cnlnadjlem9 11645 cnlnadjeui 11647 cnlnadjeu 11648 nmopadji 11660 bdophsi 11666 bdopcoi 11668 nmopcoadji 11671 pjhmopi 11717 pjbdlni 11720 hmopidmchi 11723 mdslj1i 11891 bnj107 12452 ghomsn 13631 cayleylem2 13642 cayleylem3 13643 divalglem9 13704 gcdf 13725 eucalgf 13751 soxp 13950 wexp 13952 soseq 13955 wfrlem11 13967 wfr1 13973 axbday 14012 bdayfn 14016 brsset 14069 brbigcup 14074 fnbigcup 14075 stcat 14347 vxveqv 14357 prj1 14395 symgfo 14730 zintdom 14787 dtt2 14951 sinempcomp 14953 indcomp 14955 intopcon 14964 stoi 14998 cntrsetlem 14999 1alg 15069 1ded 15085 0alg 15103 0ded 15104 0cat 15105 1cat 15106 compfipin0lem 15435 alexsublem2 15438 alexsublem4 15440 comppfsc 15517 absrdbnd 15799 mettrifi 15847 heiborlem18 15972 heiborlem21 15975 heiborlem29 15983 heiborlem35 15989 bfplem10 16007 recms 16010 ismrer1 16024 phtpycolem3 16053 phtpycolem4 16054 pcohtpylem3 16082 iordsmo 16448 stb2xpl 16742 islati 16854 isclati 16892 isolati 16943 isomli 16960 isatlati 17015 ishlati 17019 isabliNEW 17136 |
| 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 |