| Metamath Proof Explorer |
< Previous
Next >
Related theorems Unicode version |
| 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 733 |
. 2
|
| 5 | 1, 4 | mpbir 188 |
1
|
| Colors of variables: wff set class |
| Syntax hints: |
| This theorem is referenced by: 3pm3.2i 824 eqssi 2130 dtru 2831 itlso 2942 we0 2971 ord0 3025 ordon 3141 relsn 3343 cnvun 3540 coundi 3600 coundir 3601 funsn 3648 funi 3650 fnresi 3709 fn0 3711 f0 3763 fconst 3765 f10 3824 f1o0 3827 f1oi 3828 f1osn 3830 fvi 3956 isoid 4009 fo1st 4152 fo2nd 4153 tfrlem7 4218 tfr1 4225 tz7.44-1 4229 tz7.44-2 4230 frfnom 4252 oawordeulem 4324 canth2 4629 xpmapenlem5 4647 unfilem2 4695 rankpw 4830 rankuni2 4836 alephiso 5042 alephfplem4 5049 1pi 5165 1pr 5271 axaddopr 5419 axmulopr 5420 axicn 5424 negeui 5509 receui 5853 mulnzcnopr 5854 divvali 5856 nnind 6082 elrpii 6193 0z 6314 icoshftf1oii 6536 om2uzuzi 6660 om2uzf1oi 6664 om2uzisoi 6665 uzrdginii 6667 uzrdginip1i 6669 ser1refi 6697 ser1f2i 6699 dfseq0 6758 ser0fi 6760 sqrlem6 6879 sqrlem23 6896 ref 6960 imf 6961 caurei 7130 cauimi 7131 ser1absdiflem 7132 serzrefi 7254 caucvg3ai 7367 caucvg3lem 7369 cvgcmp2lem 7383 cvgcmp2clem 7385 cvgcmp2clemOLD 7386 cvgcmp3ci 7390 isumcmpii 7419 arisumi 7430 negfcncfi 7474 ivthlem4 7489 ivthlem8 7493 ivthlem9 7494 eff 7518 efaddlem12 7554 eff2 7575 egt2OLD 7600 elt3OLD 7601 egt2lt3 7602 reeff1 7618 eflegeolem2 7622 efcn 7631 reeff1o 7634 reefiso 7636 sinf 7648 cosf 7649 qnnen 7715 ruclem8 7729 ruclem13 7734 ruc 7761 sn0top 7859 distop 7861 cctop 7862 retps 7868 ishausi 7995 ismsi 8011 ismeti 8012 0met 8035 metxp 8044 iscms2i 8206 isgrpi 8255 grprn 8269 isgrp2i 8293 isabli 8347 issubgi 8364 ablmul 8372 mulid 8373 ghgrpilem4 8377 cnring 8404 ringsn 8405 nmcnilem 8591 sm1cnilem 8601 ipcl 8619 lnocoi 8672 cnph 8734 cnbn 8786 ubthlem6 8792 minveceu 8843 cnhl 8880 htthlem12 8893 pilem2 8939 efif 8993 efifo 9001 efif1 9009 efif1o 9010 eff1i 9016 effoi 9017 eff1oi 9018 pilog 9040 norm3adifii 9291 hhip 9320 hhph 9321 hhhl 9349 hlim0 9381 hlimcauii 9382 helch 9392 hsn0elch 9396 hhssnv 9410 hhshsslem2 9414 hhssbn 9427 hhsshl 9428 occli 9457 projlem8 9469 projlemHIL 9494 pjpj0i 9531 shscli 9557 shintcli 9569 chintcli 9571 shsumval2i 9636 lejdii 9737 osumlem7 9862 nonbooli 9874 pjfoi 9926 pjfi 9927 pjmf1 9939 df0op2 9958 idunop 10181 0cnop 10182 0cnfn 10183 idcnop 10184 idhmop 10185 0hmop 10186 0lnfn 10188 0bdop 10197 lnophsi 10205 lnopcoi 10207 lnopunii 10216 lnophmi 10222 nmcopex 10238 nmcoplb 10239 nmcfnex 10267 nmcfnlb 10268 nlelshi 10272 nlelchi 10273 riesz4i 10275 riesz4 10276 riesz1 10277 cnlnadjlem6 10284 cnlnadjlem9 10287 cnlnadjeui 10289 cnlnadjeu 10290 nmopadji 10302 bdophsi 10308 bdopcoi 10310 nmopcoadji 10313 pjhmopi 10353 pjbdlni 10356 hmopidmchi 10359 mdslj1i 10527 ghomsn 10673 cayleylem2 10695 cayleylem3 10696 stcat 10741 vxveqv 10761 prj1 10809 zrdivrng 10969 stoiglem 11063 dtt2 11110 sinempcomp 11116 indcomp 11118 intopcon 11133 stoi 11145 1alg 11176 1ded 11192 0alg 11210 0ded 11211 0cat 11212 1cat 11213 compfipin0lem 11492 alexsublem2 11497 alexsublem4 11499 comppfsc 11578 ga0 11775 absrdbnd 11870 mettrifi 11912 heiborlem18 12028 heiborlem21 12031 heiborlem29 12039 heiborlem35 12045 bfplem10 12063 recms 12066 ismrer1 12080 phtpycolem3 12095 phtpycolem4 12096 |
| 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 145 df-an 223 |