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| Description: Commutation in antecedent. Swap 2nd and 3rd. |
| Ref | Expression |
|---|---|
| 3exp.1 |
|
| Ref | Expression |
|---|---|
| 3com23 |
|
| Step | Hyp | Ref | Expression |
|---|---|---|---|
| 1 | 3exp.1 |
. . . 4
| |
| 2 | 1 | 3exp 1066 |
. . 3
|
| 3 | 2 | com23 36 |
. 2
|
| 4 | 3 | 3imp 1061 |
1
|
| Colors of variables: wff set class |
| Syntax hints: |
| This theorem is referenced by: 3coml 1075 syld3an2 1144 3anidm13 1155 tfindsOLD 3943 f1ofveu 4858 curry2f 5079 nneob 5312 add23 6490 cnegexlem2 6500 subsub23 6533 subadd23 6544 addsub12 6545 mul23 6580 subsub 6627 subsub3 6628 sub23 6630 suble 6818 lesub 6819 lesubOLD 6820 ltsub23 6825 ltsub13 6826 ltleadd 6829 div13 6926 div12 6927 divdiv23 6969 qbtwnre 7459 modcyc 7516 iooval2 7534 ioo0 7535 elioo4g 7553 infmssuzle 7634 fzen 7664 shftval2 7760 exprec 7837 expcan 7846 expord 7847 exple1 7852 abs3dif 8151 climsqueeze2 8401 caucvglem6 8422 fsum0diag4 8523 acdc2lem1 8757 acdc5lem1 8760 infxpabs 8839 infxpdom 8840 infmap2 8850 cnpnei 9043 metsym 9093 metequiv 9158 metcnpi3 9170 lmnn 9213 lmuni 9229 lmle 9238 grpidinvlem2 9329 grpinvdiv 9369 gxcl 9388 nvpncan 9609 nvsub 9627 nvabs 9633 nvelbl 9657 ipval2lem2 9693 ipval2lem5 9699 ipcj 9706 iporthcom 9708 ipdi 9844 ipassr 9847 ipsubdi 9850 hlipcj 9960 fgfil 10290 extbas1 10291 hvadd23 10535 his5 10586 hoadd23 11346 hosubsub 11380 unopf1o 11477 adj2 11495 adjvalval 11498 brafnmul 11512 adjlnop 11656 leopmul2i 11706 cvntr 11864 mdsymlem5 11979 sumdmdii 11987 bnj238 12078 bnj243 12082 bnj844 12718 fseq1cl 13619 ghomf1olem 13637 divalgb 13707 mulgcdlem2 13757 elioo1t3 14846 lvsovso2 15039 idfisf 15189 inficlALT 15372 clsint2 15414 opnnei 15417 fcluscomplem 15620 ufcomp 15622 lmclim2 15850 pi1gp 16095 rngidl 16172 ispridlc 16218 pltnlt 16788 pltn2lp 16789 posgelem 16795 lubid 16807 joincomALT 16828 meetcomALT 16830 latjcom 16860 latmcom 16870 latlem12 16873 latnle 16880 latabs1 16882 lubel 16898 op0le 16916 opltcon3b 16931 cmtcomlem 16969 cmtcom 16970 cmt3 16972 cmtbr3 16975 cvrval2 16991 cvrnbtwn4 16996 leatom 17005 hlrelat1 17049 hlrelat5 17050 grpidinvlem2NEW 17110 pointpsub 17231 pmap11 17242 paddcom 17274 sspadd2 17277 paddss12 17280 |
| 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 164 df-an 242 df-3an 860 |