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| Description: A syllogism deduction. |
| Ref | Expression |
|---|---|
| sylibrd.1 |
|
| sylibrd.2 |
|
| Ref | Expression |
|---|---|
| sylibrd |
|
| Step | Hyp | Ref | Expression |
|---|---|---|---|
| 1 | sylibrd.1 |
. 2
| |
| 2 | sylibrd.2 |
. . 3
| |
| 3 | 2 | biimprd 154 |
. 2
|
| 4 | 1, 3 | syld 27 |
1
|
| Colors of variables: wff set class |
| Syntax hints: |
| This theorem is referenced by: bitrd 526 3imtr4d 541 sbciegft 1949 intab 2550 ordsucss 3059 ordunel 3074 tfinds 3151 elreldm 3327 fvelimab 3750 ssimaex 3753 eqfnfv 3782 fconstfv 3834 f1oweALT 3891 oawordeulem 4172 oaass 4179 omordi 4181 omord 4183 odi 4194 oen0 4197 oeordi 4198 oeordsuc 4205 ecopoprtrn 4295 pw2en 4426 mapenlem2 4470 nndomo 4500 suppr 4562 inf3lem6 4590 rankr1lem 4645 rankval3 4653 aceq3lem 4704 aceq5lem4 4710 cardlim 4823 ondomcard 4829 cardmin 4832 alephord 4847 cardaleph 4857 cardinfima 4863 ltrpq 5057 prub 5070 genpnnp 5080 reclem3pr 5130 mulcmpblnr 5155 mulgt0sr 5186 xrre2t 5543 infm3 6001 supxrbnd 6038 supxrgtmnf 6039 zextlet 6136 primet 6142 uzindOLD 6156 zbtwnre 6169 flget 6178 ceilet 6193 elioc2t 6322 elico2t 6323 elicc2t 6324 fzoptht 6434 elfzp1 6442 fzrevralt 6451 expgt0t 6520 expgt1t 6523 seq1ublem 6848 cau3i 6851 facdivt 6879 fsum1ps 6956 fsumsplit 6958 fsumcmpndx2 6980 clm4le 7019 climmullem8 7063 caucvglem5 7097 caucvglem6 7098 caucvg 7099 infpnlem1 7449 bastgt 7564 tgclt 7566 basgen2t 7581 opnssneib 7670 clslp 7689 bl2in 7783 blssopn 7807 opnuni 7808 lmnn 7873 metcnp4 7904 xplmi 7907 xplm 7909 iscms2lem4 7926 ubthlem4 8463 ubthlem5 8464 minveclem26 8501 sincosq2sgn 8622 sincosq3sgn 8623 sincosq4sgn 8624 efif1lem3 8647 normpyct 8934 ocsh 9072 ocorth 9080 ococss 9082 projlem26 9127 shsel2t 9201 cm2jt 9480 lnfncnbdt 9907 riesz1t 9913 leopaddt 9977 leopmulit 9978 hstlest 10068 stge1 10075 stle0 10076 ssmd2 10147 superpos 10189 chcv1t 10190 atoml2 10218 irredlem2 10226 atcvat3 10231 mdsymlem5 10242 mdsymlem6 10243 sumdmdi 10249 sumdmdlem2 10253 cnrsfin 10396 cnrscoa 10397 cnvhmpha 10412 cnvhmphb 10413 hmphtr 10418 homgrf 10574 cmpmon 10585 |
| 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 |