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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 727 |
. 2
|
| 5 | 1, 4 | mpbir 190 |
1
|
| Colors of variables: wff set class |
| Syntax hints: |
| This theorem is referenced by: 3pm3.2i 817 eqssi 2074 dtruALT 2743 itlso 2858 we0 2939 ordon 2982 ord0 3016 relsn 3249 cnvun 3447 funsn 3535 funi 3537 fnresi 3595 fn0 3597 f0 3647 fconst 3649 f10 3704 f1o0 3707 f1oi 3708 f1osn 3710 fopabsn 3831 fvi 3833 isoid 3886 tfrlem7 3908 tfr1 3915 tz7.44-1 3919 tz7.44-2 3920 frfnom 3942 fo1st 4081 fo2nd 4082 df1st2 4116 df2nd2 4117 oawordeulem 4178 canth2 4470 xpmapenlem5 4486 unfilem2 4531 rankpw 4664 rankuni2 4670 alephiso 4872 alephfplem4 4879 1pi 4991 1pr 5097 axaddopr 5245 axmulopr 5246 axicn 5250 negeu 5335 receu 5678 mulnzcnopr 5679 divval 5681 nnind 5893 0z 6101 elrpi 6229 om2uzuz 6242 om2uzf1o 6246 uzrdgini 6248 uzrdginip1 6250 seq1res 6272 ser1ref 6277 ser1f2 6279 seq1shftid 6301 icoshftf1oi 6350 seq1seqz 6481 seq1seq0 6485 dfseq0 6503 ser0f 6505 sqrlem6 6616 sqrlem23 6633 ref 6698 imf 6699 caure 6872 cauim 6873 ser1absdiflem 6874 serzref 6997 caucvg3a 7108 caucvg3lem 7110 ser1f0 7114 cvgcmp2lem 7124 cvgcmp2clem 7126 cvgcmp3c 7130 isumcmpi 7158 fnsmnt 7169 negfcncf 7212 ivthlem4 7227 ivthlem8 7231 ivthlem9 7232 ivthlem4OLD 7236 ivthlem8OLD 7240 eff 7263 efaddlem12 7299 eff2 7320 reeff1 7358 eflegeolem2 7362 efcn 7371 reeff1o 7376 reefiso 7378 sinf 7390 cosf 7391 qnnen 7454 ruclem8 7468 ruclem13 7473 ruc 7500 sn0top 7597 indistop 7598 distop 7599 fctop 7600 cctop 7602 retps 7608 ishausi 7735 ismsi 7751 ismeti 7752 0met 7777 metxp 7786 iscms2i 7945 isgrpi 7992 grprn 8006 isgrp2i 8026 isabliOLD 8057 isabli 8058 issubgi 8074 ablmul 8083 mulid 8084 ghgrpilem4 8088 cnring 8114 ringsn 8115 nmcnilem 8285 sm1cnilem 8294 ipcl 8312 lnocoi 8365 cnph 8422 cnbn 8472 ubthlem6 8478 minveceu 8527 cnhl 8561 htthlem12 8574 sinco 8605 cosco 8606 pilem2 8610 efif 8655 efifo 8663 efif1 8671 efif1o 8672 circgrpOLD 8677 eff1i 8683 effoi 8684 eff1oi 8685 pilog 8707 norm3adif 8954 hhip 8983 hhph 8984 hhhl 9012 hlim0 9044 hlimcaui 9045 helch 9055 hsn0elch 9059 hhssnv 9073 hhshsslem2 9077 hhssbn 9090 hhsshl 9091 occl 9120 projlem8 9132 pjpj0 9193 shscl 9219 shintcl 9231 chintcl 9233 shsumval2 9298 lejdi 9399 osumlem7 9524 nonbool 9536 pjfo 9588 pjf 9589 pjmf1 9601 df0op2 9618 idunop 9841 0cnop 9842 0cnfn 9843 idcnop 9844 idhmop 9845 0hmop 9846 0lnfn 9848 0bdop 9856 lnophs 9864 lnopco 9866 lnopco0 9867 lnopuni 9875 lnophm 9881 nmcopext 9897 nmcoplbt 9898 nmcfnext 9926 nmcfnlbt 9927 nlelsh 9931 nlelch 9932 riesz4 9934 riesz4t 9935 riesz1t 9936 cnlnadjlem6 9943 cnlnadjlem9 9946 cnlnadjeu 9948 cnlnadjeut 9949 nmopadj 9961 bdophs 9967 bdopco 9969 nmopcoadj 9972 pjhmop 10011 pjbdln 10014 hmopidmch 10017 hmopidmpj 10018 mdslj1 10183 ghomsn 10322 cayleylem2 10344 cayleylem3 10345 stcat 10389 dtt2 10498 dmse1 10503 iintlem1 10512 iintlem2 10513 stoi 10519 1alg 10534 1ded 10551 0alg 10569 0ded 10570 0cat 10571 1cat 10572 |
| 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 |