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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 528 3imtr4d 543 sbciegft 1959 intab 2560 ordsucss 3069 ordunel 3084 tfinds 3161 elreldm 3338 fvelimab 3765 ssimaex 3768 eqfnfv 3797 fconstfv 3849 f1oweALT 3906 oawordeulem 4188 oaass 4195 omordi 4197 omord 4199 odi 4210 oen0 4213 oeordi 4214 oeordsuc 4221 ecopoprtrn 4311 pw2en 4446 mapenlem2 4490 nndomo 4521 suppr 4590 inf3lem6 4618 rankr1lem 4673 rankval3 4681 aceq3lem 4732 aceq5lem4 4738 cardlim 4851 ondomcard 4857 cardmin 4860 alephord 4875 cardaleph 4885 cardinfima 4891 ltrpq 5085 prub 5098 genpnnp 5108 reclem3pr 5158 mulcmpblnr 5183 mulgt0sr 5214 xrre2t 5570 leltaddt 5646 infm3 6054 supxrbnd 6091 supxrgtmnf 6092 zextlet 6189 primet 6195 uzindOLD 6208 zbtwnre 6221 flget 6233 ceilet 6250 elioc2t 6390 elico2t 6391 elicc2t 6392 fzoptht 6502 elfzp1 6510 fzrevralt 6519 expgt0t 6589 expgt1t 6592 seq1ublem 6911 cau3i 6914 facdivt 6942 fsum1ps 7018 fsumsplit 7020 fsumcmpndx2 7042 clm4le 7081 climmullem8 7127 caucvglem5 7161 caucvglem6 7162 caucvg 7163 infpnlem1 7506 bastgt 7622 tgclt 7624 basgen2t 7639 opnssneib 7729 clslp 7748 bl2in 7843 blssopn 7867 opnuni 7868 lmnn 7935 metcnp4 7970 xplmi 7973 xplm 7975 iscms2lem4 7992 lnon0 8458 ubthlem4 8532 ubthlem5 8533 minveclem26 8570 spwpr3OLD 8662 sincosq2sgn 8705 sincosq3sgn 8706 sincosq4sgn 8707 efif1lem3 8732 normpyct 9013 ocsh 9156 ocorth 9164 ococss 9166 projlem26 9211 shsel2t 9286 cm2jt 9563 lnfncnbdt 9992 riesz1t 9998 leopaddt 10065 leopmulit 10066 hstlest 10158 stge1 10165 stle0 10166 dmdbr5 10235 ssmd2 10239 superpos 10281 chcv1t 10282 atoml2 10310 irredlem2 10318 atcvat3 10323 mdsymlem5 10334 mdsymlem6 10335 sumdmdi 10342 sumdmdlem2 10346 cnrsfin 10509 cnrscoa 10510 cnvhmpha 10525 cnvhmphb 10526 hmphtr 10531 homgrf 10730 cmpmon 10743 |
| 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 |