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| Description: A mixed syllogism inference. |
| Ref | Expression |
|---|---|
| syl5bi.1 |
|
| syl5bi.2 |
|
| Ref | Expression |
|---|---|
| syl5bi |
|
| Step | Hyp | Ref | Expression |
|---|---|---|---|
| 1 | syl5bi.1 |
. . 3
| |
| 2 | 1 | biimpd 170 |
. 2
|
| 3 | syl5bi.2 |
. 2
| |
| 4 | 2, 3 | syl5 20 |
1
|
| Colors of variables: wff set class |
| Syntax hints: |
| This theorem is referenced by: syl5cbi 226 orbi1r 1282 ax11indalem 1759 ax11inda2ALT 1760 gencl 2318 a4sbc 2457 hbsbc1g 2461 ssnelpss 2937 uniintsn 3253 prex 3526 opth 3532 sotrieqOLD 3617 ordtri3 3697 ordtri3OLD 3698 brelg 4047 optocl 4061 xpexr 4352 relcnvexb 4426 funimass1 4491 fneu 4517 dmfex 4598 f1ocnvb 4653 tz6.12-2 4696 fnrnfv 4718 eqfnfv 4766 fconst5 4824 funiunfv 4842 dff13 4850 f1ocnvfv 4856 f1ocnvfvb 4857 oawordeulem 5236 oalimcl 5242 odi 5258 eceqopreq 5372 undom 5497 mapdom2 5588 isfinite2 5639 unfi 5644 ordtypelem7 5690 inf0 5712 rankr1b 5810 rankxplim2 5824 scott0 5847 aceq5 5902 zorn2lem5 5954 zorn2lem6 5955 carduni 6010 axrepndlem2 6097 axunnd 6100 axregnd 6108 mulcanpi 6179 indpi 6186 ltaddpq 6231 nsmallpq 6235 ltbtwnpq 6236 addclprlem1 6270 ltaddpr2 6293 ltaprlem 6302 reclem3pr 6310 supsrlem2 6378 negeui 6510 ssxr 6714 xrltne 6740 receui 6890 nnaddcl 7123 nndivtr 7144 xrsupss 7287 xrinfmss 7288 zmulcl 7389 zeo 7411 zneo 7412 qnegcl 7450 modadd1 7518 modmul1 7519 uz11 7601 fzopth 7674 om2uzlti 7709 exple1 7852 crulem 7986 replim 8011 cj11 8080 bccl2 8223 hashen 8233 infmap2lem2 8849 qdensere 9027 iscms2lem4 9270 grpinveu 9348 grpinvf 9364 gapmlem 9461 iporthcom 9708 eff1i 10098 elpreima 10161 dif1en 10172 fine2 10214 fillsb 10270 norm1exi 10755 projlem13 10831 projlem31 10849 dfch2 10882 shmodsi 10995 shmodi 10996 orthin 11003 chssoc 11052 spansncvi 11232 adjvalval 11498 kbpj 11517 lnopunilem1 11572 cnlnssadj 11650 strlem4 11826 strlem5 11827 hstrlem4 11834 hstrlem5 11835 dmdmd 11872 mdslle1i 11889 mdslle2i 11890 mdslmd1lem1 11897 atcvatlem 11957 atcvat4i 11969 mdsymlem3 11977 bnj149 13241 bnj1125 13430 cayleylem3 13643 eqreznegel 13654 divalglem8 13703 funpsstri 13835 frxp 13951 axfelem12 14042 svs3 14830 1ded 15085 1cat 15106 ordtypelem7OLD 15381 fcluscf 15612 filnetlem5 15644 findcard2 15745 uzp1 15785 absz 15797 negmod0 15801 totbndbnd 15944 grpeqdivid 16038 pcorev 16087 0ring 16175 prter3 16286 sbiota1 16399 xpexcnv 16436 strdif 16719 lubid 16807 opcon3b 16923 ps-1 17078 grpinveuNEW 17123 paddcl 17303 |
| 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 |