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| Description: Modus ponens inference with commutation of antecedents. |
| Ref | Expression |
|---|---|
| mpcom.1 |
|
| mpcom.2 |
|
| Ref | Expression |
|---|---|
| mpcom |
|
| Step | Hyp | Ref | Expression |
|---|---|---|---|
| 1 | mpcom.1 |
. 2
| |
| 2 | mpcom.2 |
. . 3
| |
| 3 | 2 | com12 14 |
. 2
|
| 4 | 1, 3 | mpd 29 |
1
|
| Colors of variables: wff set class |
| Syntax hints: |
| This theorem is referenced by: ax16i 1647 ceqex 2391 sbcel1gvOLD 2511 sbcel2gvOLD 2513 opprc3 3543 limomss 3956 elimasni 4292 sotri 4315 f1ocnv 4651 tz6.12c 4697 tz6.12i 4698 funbrfv 4709 ndmordi 4984 unielxp 5047 oawordeulem 5236 omass 5259 ecopoprtrn 5370 xpdom2 5501 pwen 5597 php 5607 infsdomnn 5625 xpfi 5632 isfinite2 5639 unbnn3 5746 tz9.12lem1 5770 rankr1 5785 rankxplim2 5824 aceq5lem5 5901 oncard 5978 cardne 5980 unxpdom 5996 sucxpdom 5998 alephord2i 6025 cardaleph 6033 ltbtwnpq 6236 ltrpq 6237 ltexprlem4 6297 ltexprlem7 6300 ltexpri 6301 prlem936b 6306 suplem1pr 6313 suplem2pr 6314 recexsrlem 6364 mulgt0sr 6366 map2psrpr 6372 nnind 7120 nnmulcl 7124 nn0ge0 7326 nnnegz 7347 uzindOLD 7420 qbtwnre 7459 ser1f 7741 sqrge0i 7952 crui 7987 replim 8011 cjre 8060 absrpcl 8106 nn0abscl 8131 climfnn 8352 infpss 8843 blf 9121 issubg 9425 nvex 9562 blocn2 9808 indexfi 10174 elghomlem2 10194 cnvhmpha 10240 fillsb 10270 neifil 10302 hausfillim2 10325 opidon2 10371 isexid2 10372 grpmnd 10393 ringidmlem 10409 uznzr 10416 occli 10814 cvexchlem 11940 cdj3lem2b 12009 bnj962 12856 bnj936 13336 bnj1052 13395 bnj1125 13430 ublbneg 13653 altopth2sn 14091 inpws1 14345 fldsqcp2 14378 set2elt 14408 cmprelid2 14447 injrec 14461 surjsec 14462 repcpwti 14503 prl 14512 prl2 14514 preotr2 14576 ubos2 14598 mxlelt2 14606 mnlelt2 14608 defse3 14614 istoset2 14628 dfps2 14634 ablcomgrp 14702 clfsebs 14707 isppm 14715 gaplc 14731 grpdrcan 14738 grpdlcan 14739 rnplrnml3 14768 mulinvsca 14823 truni2 14850 truni3 14851 mapdiscnlem 14870 mapdiscn 14871 cnvhmphb 14880 hmphsyma 14882 hmpher 14890 top2usne 14898 ptincpw 14912 intcont 14914 fgsb2 14925 efilcp2 14926 fbfgss2 14937 limvinlv 14941 conttnf 14944 bwt2 14960 trhom 14983 trhom2 14985 tpgprop2 14987 cntrsetlem 14999 lvsovso 15038 lvsovso3 15040 dualcat2lem 15129 dualded2lem 15130 subctct 15202 idsubfun 15206 elincin 15220 tarax3d2 15225 tarax3f 15229 emptar 15231 tartwo 15233 tarsuc2 15245 tarsuc3 15246 intrtael 15256 valdom 15261 tartarmap 15265 vtarsuelt 15272 inttarcar 15278 carinttar 15279 fnctartar 15284 fnctartar2 15285 isseg2 15305 t1sep 15546 nrmsep2 15555 indexfiOLD 15755 iccshftri 15858 iccshftli 15860 iccdili 15862 icccntri 15864 totbndbnd 15944 pcoval 16073 pi1bval 16088 iscringd 16147 ax10ext 16364 iotavalsb 16398 smoge 16454 |
| This theorem was proved from axioms: ax-1 4 ax-2 5 ax-mp 7 |