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| Description: Simplification of triple conjunction. |
| Ref | Expression |
|---|---|
| 3simp2 |
|
| Step | Hyp | Ref | Expression |
|---|---|---|---|
| 1 | 3simpa 797 |
. 2
| |
| 2 | 1 | pm3.27d 332 |
1
|
| Colors of variables: wff set class |
| Syntax hints: |
| This theorem is referenced by: 3simp2i 804 3simp2d 807 syld3an3 882 3anandis 932 3anandirs 933 nlim0 3084 abianfplem 4019 supmax 4649 nppcan 5466 divcan2 5789 divass 5804 div23 5805 div12 5807 divmuldiv 5838 divdiv23 5850 ltdivmulOLD 5926 ledivmulOLD 5928 lemuldiv 5934 ltdiv23 5952 lediv23 5953 xrmaxlt 5973 xrltmin 5974 maxle 5978 lemin 5981 maxlt 5982 modcyc 6376 modcycOLD 6377 elioo4g 6410 ubicc2 6431 eluzelz 6449 elfzel2i 6505 elfzel2g 6506 eluzfz1 6513 elfz3nn0 6523 expordi 6689 expubnd 6697 bernneq2 6742 fsumshf 7121 fsumcmp 7130 climcmplem 7227 iserzcmp 7232 isummulc1iALT 7303 acdc2lem2 7581 acdc5lem2 7584 clsndisj 7791 cnco 7853 cnpco 7854 methausi 7966 metcnp2 7973 metcni2 7980 tgioolem 7999 lmbrf2 8016 iscau3 8023 iscau4 8025 lmcl 8034 metcnp4 8055 iscms2lem4 8077 grpinvop 8164 grpmuldivass 8172 grppncan 8174 grpnpcan 8175 grpnpncan 8178 ablmuldiv 8191 abldivdiv4 8193 ablnnncan1 8197 ringdi 8230 nvex 8314 nvmdi 8354 nvmul0or 8356 nvsubadd 8359 nvpncan2 8360 nvnncan 8367 nvs 8374 nvdif 8377 nvpi 8378 nvabs 8385 nv1 8388 nvcni 8413 nvcni2 8414 ipval2lem2 8438 ipval2lem5 8444 ssps 8473 lno0 8501 lnomul 8505 nmoge0 8514 nmoubi 8519 nmobndi 8522 nmblore 8530 ipassr 8590 nmopub 9915 nmfnleub 9932 adj2 9941 kbmul 9962 adjlnop 10102 kbass2 10133 hst1a 10229 cdj3lem3a 10450 elo 10530 inposet 10578 truni1 10593 hmeogrp 10632 cnfilca 10670 mslb1 10711 2wsms 10712 msra3 10713 iintlem1 10714 cmpassoh 10811 imonclem 10823 ismonc 10824 icmpmon 10826 iepiclem 10833 |
| 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 154 df-an 232 df-3an 789 |