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| Description: Deduction form of bitr3i 173. |
| Ref | Expression |
|---|---|
| bitr3d.1 |
|
| bitr3d.2 |
|
| Ref | Expression |
|---|---|
| bitr3d |
|
| Step | Hyp | Ref | Expression |
|---|---|---|---|
| 1 | bitr3d.1 |
. . 3
| |
| 2 | 1 | bicomd 524 |
. 2
|
| 3 | bitr3d.2 |
. 2
| |
| 4 | 2, 3 | bitrd 531 |
1
|
| Colors of variables: wff set class |
| Syntax hints: |
| This theorem is referenced by: 3bitrrd 548 3bitr3d 551 3bitr3rd 552 biass 749 19.23t 1152 sbequ12a 1220 sbco2 1293 sbco3 1295 sbcom 1296 sb9i 1301 sbcom2 1373 sbal1 1385 sbal 1386 elabf 1942 sbc7g 2003 sbcel1gv 2028 sbcel2gv 2029 sbcgf 2034 sbccomg 2039 sbccsbg 2073 iununi 2686 copsex2g 2869 opelopabsb 2892 ordtri2 3010 onmindif 3061 onmindif2 3169 ordunisuc2 3198 dfom2 3220 fnssresb 3705 fcnvres 3755 fvopab5 3904 funimass5 3921 isocnv 4010 isoini 4014 ordge1n0 4281 oa00 4329 odi 4346 oeoe 4362 mapxpen 4642 omsucdom 4669 isfinite2 4692 unfilem1 4694 fodomfib 4710 rankr1a 4823 bnd2 4870 fodomb 4946 domtri 4987 iscard 5003 suplem2pr 5316 cnegexlem3 5501 addcan2 5507 subcan2 5556 subeq0 5557 negcon1 5564 lesub 5790 ltsub13 5796 diveq0 5907 ltmuldiv2 6009 ltmuldiv2OLD 6010 lemuldiv2 6021 lemuldiv2OLD 6022 lt2msqi 6026 nn1suc 6084 nnsubi 6102 avgle 6190 supxrre 6251 supxrbnd 6259 elnn0nn 6339 elnnnn0 6340 znn0sub 6346 prime 6366 dfuzi 6373 uzindOLD 6379 zbtwnre 6393 modsubdir 6480 fzn 6621 fzrev3 6645 om2uzlt2i 6662 sqrmsq2i 6907 absdiflt 7086 absdifle 7087 expcnvlem6 7436 mulc1cncf 7484 ivthlem6 7491 ivthlem7 7492 sinbnd 7674 cosbnd 7675 znnen 7714 unbenlem 7716 eltop 7841 eltop2 7842 eltop3 7843 bcthlem18 8227 grpid 8282 nvsubadd 8522 nvmeq0 8531 nvgt0 8550 imsmetlem 8570 nmlnogt0 8712 ip2eqi 8773 eff1i 9016 logeftb 9036 h2hcau 9124 h2hlm 9125 hvaddcan2 9213 hvmulcanOLD 9215 hvmulcan2 9216 hvaddsub4 9221 hi2eq 9247 hcau2 9331 lnopeqi 10212 riesz1 10277 jpi 10478 chcv2 10564 cvp 10583 atnem0 10585 atnem0OLD 10586 cdj3lem1 10643 ghomf1olem 10681 cnfilca 11088 ordiso 11426 topfne 11561 flimopn 11679 geomcau 11914 recms 12066 |
| 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 145 df-an 223 |