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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 728 |
. 2
|
| 5 | 1, 4 | mpbir 190 |
1
|
| Colors of variables: wff set class |
| Syntax hints: |
| This theorem is referenced by: 3pm3.2i 818 eqssi 2078 dtruALT 2748 itlso 2863 we0 2944 ordon 2987 ord0 3021 relsn 3254 cnvun 3455 funsn 3543 funi 3545 fnresi 3603 fn0 3605 f0 3656 fconst 3658 f10 3713 f1o0 3716 f1oi 3717 f1osn 3719 fopabsn 3840 fvi 3842 isoid 3895 tfrlem7 3917 tfr1 3924 tz7.44-1 3928 tz7.44-2 3929 frfnom 3951 fo1st 4091 fo2nd 4092 df1st2 4126 df2nd2 4127 oawordeulem 4188 canth2 4484 xpmapenlem5 4500 unfilem2 4549 rankpw 4684 rankuni2 4690 alephiso 4892 alephfplem4 4899 1pi 5011 1pr 5117 axaddopr 5265 axmulopr 5266 axicn 5270 negeu 5355 receu 5701 mulnzcnopr 5702 divval 5704 nnind 5937 0z 6146 elrpi 6283 om2uzuz 6297 om2uzf1o 6301 uzrdgini 6303 uzrdginip1 6305 seq1res 6327 ser1ref 6332 ser1f2 6334 seq1shftid 6356 icoshftf1oi 6409 seq1seqz 6541 seq1seq0 6545 dfseq0 6563 ser0f 6565 sqrlem6 6678 sqrlem23 6695 ref 6759 imf 6760 caure 6927 cauim 6928 ser1absdiflem 6929 serzref 7051 caucvg3a 7164 caucvg3lem 7166 ser1f0 7170 cvgcmp2lem 7180 cvgcmp2clem 7182 cvgcmp3c 7186 isumcmpi 7215 fnsmnt 7226 negfcncf 7269 ivthlem4 7284 ivthlem8 7288 ivthlem9 7289 eff 7313 efaddlem12 7349 eff2 7370 reeff1 7410 eflegeolem2 7414 efcn 7423 reeff1o 7426 reefiso 7428 sinf 7440 cosf 7441 qnnen 7503 ruclem8 7517 ruclem13 7522 ruc 7549 sn0top 7647 indistop 7648 distop 7649 fctopOLD 7650 cctop 7652 retps 7658 ishausi 7785 ismsi 7801 ismeti 7802 0met 7825 metxp 7834 iscms2i 7995 isgrpi 8042 grprn 8056 isgrp2i 8076 isabli 8106 issubgi 8122 ablmul 8131 mulid 8132 ghgrpilem4 8136 cnring 8162 ringsn 8163 nmcnilem 8337 sm1cnilem 8347 ipcl 8365 lnocoi 8418 cnph 8478 cnbn 8528 ubthlem6 8534 minveceu 8583 cnhl 8618 htthlem12 8631 sinco 8667 cosco 8668 pilem2 8672 efif 8721 efifo 8729 efif1 8737 efif1o 8738 eff1i 8744 effoi 8745 eff1oi 8746 pilog 8768 norm3adif 9015 hhip 9044 hhph 9045 hhhl 9073 hlim0 9105 hlimcaui 9106 helch 9116 hsn0elch 9120 hhssnv 9134 hhshsslem2 9138 hhssbn 9151 hhsshl 9152 occl 9181 projlem8 9193 projlemHIL 9218 pjpj0 9255 shscl 9281 shintcl 9293 chintcl 9295 shsumval2 9360 lejdi 9461 osumlem7 9584 nonbool 9596 pjfo 9648 pjf 9649 pjmf1 9661 df0op2 9678 idunop 9902 0cnop 9903 0cnfn 9904 idcnop 9905 idhmop 9906 0hmop 9907 0lnfn 9909 0bdop 9918 lnophs 9926 lnopco 9928 lnopco0 9929 lnopuni 9937 lnophm 9943 nmcopext 9959 nmcoplbt 9960 nmcfnext 9988 nmcfnlbt 9989 nlelsh 9993 nlelch 9994 riesz4 9996 riesz4t 9997 riesz1t 9998 cnlnadjlem6 10005 cnlnadjlem9 10008 cnlnadjeu 10010 cnlnadjeut 10011 nmopadj 10023 bdophs 10029 bdopco 10031 nmopcoadj 10034 pjhmop 10073 pjbdln 10076 hmopidmch 10079 hmopidmpj 10080 mdslj1 10246 ghomsn 10388 cayleylem2 10410 cayleylem3 10411 stcat 10457 dtt2 10618 dmse1 10623 iintlem1 10632 iintlem2 10633 stoi 10639 1alg 10654 1ded 10671 0alg 10689 0ded 10690 0cat 10691 1cat 10692 |
| 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 |