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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 730 |
. 2
|
| 5 | 1, 4 | mpbir 190 |
1
|
| Colors of variables: wff set class |
| Syntax hints: |
| This theorem is referenced by: 3pm3.2i 820 eqssi 2082 dtruALT 2755 itlso 2870 we0 2951 ordon 2994 ord0 3028 relsn 3261 cnvun 3462 funsn 3550 funi 3552 fnresi 3610 fn0 3612 f0 3663 fconst 3665 f10 3720 f1o0 3723 f1oi 3724 f1osn 3726 fopabsn 3847 fvi 3849 isoid 3902 tfrlem7 3924 tfr1 3931 tz7.44-1 3935 tz7.44-2 3936 frfnom 3958 fo1st 4098 fo2nd 4099 df1st2 4133 df2nd2 4134 oawordeulem 4195 canth2 4491 xpmapenlem5 4507 unfilem2 4563 rankpw 4701 rankuni2 4707 alephiso 4910 alephfplem4 4917 1pi 5030 1pr 5136 axaddopr 5284 axmulopr 5285 axicn 5289 negeu 5374 receu 5720 mulnzcnopr 5721 divval 5723 nnind 5946 0z 6155 elrpi 6291 om2uzuz 6305 om2uzf1o 6309 uzrdgini 6311 uzrdginip1 6313 seq1res 6335 ser1ref 6340 ser1f2 6342 seq1shftid 6364 icoshftf1oi 6417 seq1seqz 6549 seq1seq0 6553 dfseq0 6571 ser0f 6573 sqrlem6 6686 sqrlem23 6703 ref 6767 imf 6768 caure 6934 cauim 6935 ser1absdiflem 6936 serzref 7058 caucvg3a 7171 caucvg3lem 7173 ser1f0 7177 cvgcmp2lem 7187 cvgcmp2clem 7189 cvgcmp3c 7193 isumcmpi 7222 fnsmnt 7233 negfcncf 7276 ivthlem4 7291 ivthlem8 7295 ivthlem9 7296 eff 7320 efaddlem12 7356 eff2 7377 reeff1 7417 eflegeolem2 7421 efcn 7430 reeff1o 7433 reefiso 7435 sinf 7447 cosf 7448 qnnen 7511 ruclem8 7525 ruclem13 7530 ruc 7557 sn0top 7651 indistop 7652 distop 7653 fctopOLD 7654 cctop 7656 retps 7662 ishausi 7789 ismsi 7805 ismeti 7806 0met 7829 metxp 7838 iscms2i 7999 isgrpi 8046 grprn 8060 isgrp2i 8079 isabli 8109 issubgi 8125 ablmul 8134 mulid 8135 ghgrpilem4 8139 cnring 8165 ringsn 8166 nmcnilem 8340 sm1cnilem 8350 ipcl 8368 lnocoi 8421 cnph 8481 cnbn 8531 ubthlem6 8537 minveceu 8586 cnhl 8621 htthlem12 8634 sinco 8669 cosco 8670 pilem2 8674 efif 8723 efifo 8731 efif1 8739 efif1o 8740 eff1i 8746 effoi 8747 eff1oi 8748 pilog 8770 norm3adif 9017 hhip 9046 hhph 9047 hhhl 9075 hlim0 9107 hlimcaui 9108 helch 9118 hsn0elch 9122 hhssnv 9136 hhshsslem2 9140 hhssbn 9153 hhsshl 9154 occl 9183 projlem8 9195 projlemHIL 9220 pjpj0 9257 shscl 9283 shintcl 9295 chintcl 9297 shsumval2 9362 lejdi 9463 osumlem7 9586 nonbool 9598 pjfo 9650 pjf 9651 pjmf1 9663 df0op2 9680 idunop 9904 0cnop 9905 0cnfn 9906 idcnop 9907 idhmop 9908 0hmop 9909 0lnfn 9911 0bdop 9920 lnophs 9928 lnopco 9930 lnopco0 9931 lnopuni 9939 lnophm 9945 nmcopext 9961 nmcoplbt 9962 nmcfnext 9990 nmcfnlbt 9991 nlelsh 9995 nlelch 9996 riesz4 9998 riesz4t 9999 riesz1t 10000 cnlnadjlem6 10007 cnlnadjlem9 10010 cnlnadjeu 10012 cnlnadjeut 10013 nmopadj 10025 bdophs 10031 bdopco 10033 nmopcoadj 10036 pjhmop 10075 pjbdln 10078 hmopidmch 10081 hmopidmpj 10082 mdslj1 10249 ghomsn 10391 cayleylem2 10413 cayleylem3 10414 stcat 10455 vxveqv 10475 dtt2 10597 stoi 10618 1alg 10633 1ded 10650 0alg 10668 0ded 10669 0cat 10670 1cat 10671 |
| 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 |