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| Description: Deduction eliminating a conjunct. |
| Ref | Expression |
|---|---|
| pm3.27bi.1 |
|
| Ref | Expression |
|---|---|
| pm3.27bi |
|
| Step | Hyp | Ref | Expression |
|---|---|---|---|
| 1 | pm3.27bi.1 |
. . 3
| |
| 2 | 1 | biimpi 149 |
. 2
|
| 3 | 2 | pm3.27d 323 |
1
|
| Colors of variables: wff set class |
| Syntax hints: |
| This theorem is referenced by: sb1 1213 eumo 1450 2eu1 1489 eldifn 2215 unimax 2599 ssintub 2618 opth2 2876 pwssun 2905 weso 2967 ordwe 2988 onminsb 3155 onminesb 3156 tfis 3208 limomss 3224 ordom 3228 ssnlim 3236 funmo 3637 funss 3639 funeu 3642 funopg 3652 funco 3655 funun 3659 fununi 3668 funimaexg 3681 fndm 3693 fnopabg 3722 frn 3740 forn 3782 dff1o2 3801 f1f1orn 3807 f1orescnv 3812 f1imacnv 3813 f1ococnv2 3819 dff4 3932 exfo 3936 f1fveq 3990 f1ofveu 3996 isorel 4008 foprcl 4075 curry1 4193 curry2 4196 tz7.48lem 4256 eceqopreq 4454 sdomnen 4528 en0 4564 en1 4567 fodomr 4628 mapenlem1 4636 mapunen 4649 phplem4 4658 php3 4662 fodomfi 4709 inf3lem2 4759 inf3lem6 4763 inf3lem7 4764 oancom 4779 tz9.12lem3 4807 rankr1 4820 scottex 4862 aceq5lem4 4884 aceq5lem5 4885 ac6 4901 kmlem1 4911 kmlem11 4921 zorn2lem2 4935 zorn 4943 brdom3 4947 oncardid 4967 cardid 4975 ondomcard 5007 iscard3 5038 alephval2 5052 0npi 5164 mulcanpi 5181 nlt1pi 5187 prcdpq 5251 prnmax 5253 suppsr3 5378 add20i 5756 rpgt0 6199 0nrp 6212 nn0p1nn 6343 nnm1nn0 6344 uzwo4OLD 6381 seq1rn2 6686 seqzrn2 6751 sqrlem12 6885 caucvglem6 7365 mulc1cncf 7484 ivthlem6 7491 ruclem23 7744 neiint 7929 neips 7937 hausnei 7994 metxplem1 8036 metxplem2 8037 metxplem4 8043 metxp 8044 cmscvg 8158 xplmi 8184 bcthlem4 8213 bcthlem14 8223 gxneg 8322 gxsuc 8328 gxadd 8331 gxmul 8334 ablcom 8344 subgabl 8365 nvvcop 8460 bncms 8782 hlph 8853 pilem2 8939 sinperlem2 8954 eff1i 9016 relogf1o 9029 hcaucvg 9329 hlimconvi 9335 shaddcl 9361 shaddclOLD 9362 shmulcl 9363 shmulclOLD 9364 chlimi 9380 chcompl 9391 occli 9457 projlem15 9476 projlem22 9483 projlem26 9487 choc1 9567 nmopre 10077 cnopc 10117 lnopl 10118 unop 10119 hmop 10126 cnfnc 10134 lnfnl 10135 hmopidmchi 10359 hmopidmpji 10360 elpjidm 10392 sthil 10442 stj 10443 mdslle1i 10525 mdslle2i 10526 atcv0 10550 chpssati 10571 smgrpisass 10910 mndisexid 10922 ordtypelem2 11428 hartoglem 11435 omsubsdom 11442 infenomsub 11450 compcov 11486 uncomp 11490 alexsub 11500 reconnlem5 11511 2ndccb 11536 refssfne 11565 locfincomp 11575 t0dist 11602 t1sncld 11606 regsep 11611 nrmsep 11615 fbssint 11626 ufilss 11652 ufilmax 11653 fcluscf 11724 flimfnfcls 11727 gapmlem 11783 cnvcan 11814 indexa 11845 hmeocld 11961 txcn 11979 heiborlem1 12011 heiborlem22 12032 heiborlem36 12046 heiborlem39 12049 heiborlem42 12052 |
| 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 |