| Metamath Proof Explorer |
< Previous
Next >
Related theorems Unicode version |
| Description: Associative law for conjunction applied to antecedent (eliminates syllogism). |
| Ref | Expression |
|---|---|
| anassrs.1 |
|
| Ref | Expression |
|---|---|
| anassrs |
|
| Step | Hyp | Ref | Expression |
|---|---|---|---|
| 1 | anassrs.1 |
. . 3
| |
| 2 | 1 | exp32 377 |
. 2
|
| 3 | 2 | imp31 362 |
1
|
| Colors of variables: wff set class |
| Syntax hints: |
| This theorem is referenced by: anabsan2 504 2ralbida 1669 2rexbidva 1671 sspr 2466 tfindsg2 3153 imainss 3449 funiunfv 3851 f1oiso 3889 oalim 4151 omlim 4152 oaass 4179 oarec 4180 omlimcl 4193 omass 4195 oelim2 4206 undom 4418 sbthlem4 4430 mapenlem1 4469 mapenlem2 4470 mapdom2 4474 mapxpen 4475 mapunen 4482 aceq5 4712 ondomon 4828 ltexprlem6 5119 recexsrlem 5184 recextlem2 5656 uzind3OLD 6157 qrecclt 6211 qdivclt 6212 ser1add2 6275 ser1add 6276 shftf 6288 uz11t 6364 fzrevralt 6451 seqzrn2 6488 cau5i 6854 cau5 6856 cvg2 6859 faclbnd4lem4 6888 fsumcmpndx2 6980 clm4le 7019 2climnn 7039 2climnn0 7040 climrecl 7047 climge0 7049 climmullem3 7058 climmullem5 7060 caucvglem6 7098 caucvg 7099 ser1cmp2 7113 cvgratlem1 7185 fsum0diaglem2 7192 fsum0diag4 7196 elcncf1d 7205 acdc5lem1 7433 infxpidmlem11 7505 basgen2t 7581 neips 7668 neindisj 7672 innei 7677 islp2 7688 clslp 7689 cnpco 7708 blrn3 7787 blssex 7794 isopn4 7802 metcnplem 7825 metcnp 7826 metcnp3 7835 lmbr 7866 lmnn 7873 iscau5 7878 lmsslem 7887 lmss 7888 causs 7890 lmle 7895 metelcls 7900 metcnp4 7904 xpcn 7910 cmsss 7931 grplcan 8010 nvmul0or 8212 nvcni 8266 nvlmle 8268 sspival 8331 nmosetre 8359 0lno 8382 blocni 8396 minveclem9 8484 minveclem27 8502 minveclem28 8503 htthlem7 8556 hcau2 8976 shsel3t 9194 homulclt 9602 adjsymt 9676 cnvadj 9733 lnoplt 9754 unoplint 9760 counopt 9761 lnfnlt 9771 hmoplint 9782 hmopmt 9861 nmophm 9876 lnopcon 9878 lnfncon 9905 nlelch 9909 riesz3 9910 leopmult 9979 hstlet 10067 mdsl0 10145 mdslmd1lem2 10161 atcvatlem 10220 irred 10229 atcvat4 10232 sumdmdlem 10252 cdj1 10265 |
| 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 |