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| Description: Deduction form of bitr4 176. |
| Ref | Expression |
|---|---|
| bitr4d.1 |
|
| bitr4d.2 |
|
| Ref | Expression |
|---|---|
| bitr4d |
|
| Step | Hyp | Ref | Expression |
|---|---|---|---|
| 1 | bitr4d.1 |
. 2
| |
| 2 | bitr4d.2 |
. . 3
| |
| 3 | 2 | bicomd 521 |
. 2
|
| 4 | 1, 3 | bitrd 528 |
1
|
| Colors of variables: wff set class |
| Syntax hints: |
| This theorem is referenced by: 3bitr2d 546 3bitr2rd 547 3bitr4d 550 3bitr4rd 551 bianabs 653 sbcralt 1990 sbcralgf 1992 sbcel12g 2011 sbceqdig 2012 sbcnestg 2038 csbabg 2043 reuhyp 2905 ordtri4 2984 ordsssuc 3057 brinxp 3232 opbrop 3238 dmsnop 3328 iss 3397 fnopabfv 3758 fvelimab 3765 dmfco 3773 fvco 3774 f1fv 3874 isoini 3900 caoprord3 4058 oe1m 4179 oawordri 4184 oalimcl 4194 omlimcl 4209 oeordi 4214 ecopoprsym 4310 mapxpen 4495 ranklim 4685 r1pw 4686 r1pwcl 4687 cardnn 4824 ltsopq 5075 ltapq 5076 ltmpq 5077 ltexpq2 5081 prlem936a 5153 ltsosr 5203 ltasr 5209 xrlenltt 5501 letri3t 5517 ne0gt0t 5619 ltsubadd2t 5628 lesubadd2t 5630 sublet 5635 ltsub23t 5641 ltaddpos2t 5652 ltsubpost 5653 subge02t 5677 divne0bt 5728 rec11rt 5779 ltdivmul2t 5870 lerec 5880 ltdiv2t 5887 nnle1eq1t 5945 nnltp1let 5955 supxrre1 6093 nn0le0eq0t 6119 nn0ltp1let 6127 nn0leltp1t 6128 znnnlt1t 6156 zleltp1t 6182 flbit 6240 flbi2t 6241 qbtwnre 6278 elioo5t 6384 ioojoint 6416 elfz5t 6474 expord2t 6604 lt2sqt 6630 le2sqt 6631 sqlecant 6641 replimt 6761 mulretOLD 6777 abs2difabst 6903 seq1bnd 6910 cau2 6913 bccl2t 6971 dffsum 6998 fsum1ps 7018 fsumcmpndx2 7042 serz1p 7052 climshft 7104 climres 7105 climsup 7155 efcltlem1 7304 xpnnen 7499 znnen 7502 isneip 7720 cncnp2 7779 metxp 7834 elbl2 7839 blrn3 7847 cncfmet 7905 bl2ioo 7911 lmbrf 7930 lmbrf2 7931 iscau3 7938 iscau4 7940 iscau5 7941 iscaunns 7944 metcld 7967 nmoreltpnf 8432 isblo2 8443 nmlnogt0 8457 phoeqi 8518 pilem1 8671 pilem3 8673 hvmulcant 8939 hiret 8960 normgt0tOLD 8993 normgt0t 8994 pjeq2t 9241 shselt 9278 ho01 9754 ho02 9755 hoeq1t 9756 hoeq2t 9757 nmopreltpnf 9796 adjeqt 9859 lnopcon 9963 lnfncon 9990 leopt 10056 leopmul2it 10068 pjnormss 10096 pjima 10104 jplem1 10195 mddmd 10236 mdslmd1lem1 10252 mdslmd1lem2 10253 superpos 10281 atnssm0 10303 dmdbr5at 10349 nndivsub 10421 ismonb1 10739 isepib1 10749 |
| 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 df-an 225 |