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| Description: Simplification of a conjunction. |
| Ref | Expression |
|---|---|
| simpll |
|
| Step | Hyp | Ref | Expression |
|---|---|---|---|
| 1 | id 59 |
. 2
| |
| 2 | 1 | ad2antrr 404 |
1
|
| Colors of variables: wff set class |
| Syntax hints: |
| This theorem is referenced by: sspr 2475 ordelord 2970 oaass 4195 ltexpq 5080 prn0 5093 cnegextlem1 5345 cnegext 5348 conjmult 5797 ltmul12it 5841 lemul12it 5844 lemulge11t 5848 zltp1let 6181 elfzel1 6481 elfz2nn0t 6495 fzrevt 6511 expaddt 6596 expmult 6597 expmwordit 6606 expnlbndt 6655 cvg2 6922 caubnd 6926 bcclt 6972 fsumsplit 7020 fsumcom 7028 fsumdivc 7035 fsumdivcALT 7036 climsub 7130 climsqueeze 7140 climsqueeze2 7141 climcau 7156 caucvg 7163 cvgcmp3c 7186 isum1p 7206 reccnv 7218 cvgratlem1 7250 efaddlem23 7360 acdc3lem 7486 acdc2lem1 7488 acdc2lem2 7489 acdc5lem2 7492 acdclem 7494 infdif 7568 tgss2t 7637 neissex 7738 clslp 7748 dnsconst 7788 ssblex 7856 opnuni 7868 lpbl 7880 metcnplem 7886 tgioolem 7914 lmbr 7928 lmle 7960 xplm 7975 lmcau 7996 cmsss 7997 bcthlem16 8014 bcthlem30 8028 grpidinvlem4 8051 grpideu 8053 grpidinv2 8060 grplid 8061 abl4 8105 blocnilem 8464 ubthlem5 8533 spwpr4OLD 8663 spwpr4aOLD 8664 hvmul0ort 8894 shex 9077 3oalem2 9608 bralnfnt 9872 kbpjt 9880 eighmortht 9888 hmopmt 9946 hmopcot 9948 lnopcon 9963 lnfncon 9990 riesz3 9995 cnlnadjlem6 10005 adjmult 10025 kbass5t 10053 leopmulit 10066 nmopleidt 10072 dmdbr2 10230 mdslmd1lem1 10252 superpos 10281 irredlem2 10318 irred 10321 atcvat4 10324 cdrci 10494 qusp 10555 sfvlim 10605 iintlem1 10632 icmpmon 10744 idmon 10745 |
| 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 |