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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 | biimp 151 |
. 2
|
| 3 | 2 | pm3.27d 325 |
1
|
| Colors of variables: wff set class |
| Syntax hints: |
| This theorem is referenced by: sb1 1172 eumo 1404 2eu1 1442 eldifn 2153 unimax 2522 ssintub 2541 opth2 2789 pwssun 2816 weso 2930 ordwe 2951 onminsb 2999 onminesb 3000 tfis 3117 limomss 3127 ordom 3131 ssnlim 3157 funmo 3518 funss 3520 funeu 3523 funopg 3533 funco 3536 funun 3540 fununi 3549 funimaexg 3561 fndm 3573 fnopabg 3601 frn 3618 forn 3659 f1o2 3678 f1f1orn 3684 f1orescnv 3689 f1imacnv 3690 f1ococnv2 3693 dff3 3803 exfo 3807 f1fveq 3861 f1ofveu 3867 isorel 3879 tz7.48lem 3940 foprcl 4000 curry1 4082 eceqopreq 4297 sdomnen 4368 en0 4404 en1 4407 fodomr 4463 mapenlem1 4469 mapunen 4482 phplem4 4491 php3 4495 fodomfi 4540 inf3lem2 4586 inf3lem6 4590 inf3lem7 4591 oancom 4605 tz9.12lem3 4633 rankr1 4646 scottex 4688 aceq5lem4 4710 aceq5lem5 4711 ac6 4727 kmlem1 4737 kmlem11 4747 zorn2lem2 4761 zorn 4769 brdom3 4773 oncardid 4793 cardid 4800 ondomcard 4829 iscard3 4860 alephval2 4874 0npi 4982 mulcanpi 4999 nlt1pi 5005 prcdpq 5069 prnmax 5071 suppsr3 5196 add20 5576 nn0p1nnt 6122 nnm1nn0t 6123 uzwo4OLD 6158 rpgt0t 6224 0nrp 6230 seq1rn2 6258 seqzrn2 6488 sqrlem12 6614 caucvglem6 7098 mulc1cncf 7214 ivthlem6 7221 ivthlem6OLD 7230 ivthlem7OLD 7231 ruclem23 7475 neiint 7660 neips 7668 hausnei 7723 metxplem1 7766 metxplem2 7767 metxplem4 7773 metxp 7774 cmscvg 7882 xplmi 7907 bcthlem4 7936 bcthlem14 7946 ablcom 8039 subgabl 8060 nvvcop 8151 bncms 8456 hlph 8524 pilem2 8591 sinperlem2 8606 circgrpOLD 8658 eff1i 8665 relogf1o 8679 hcaucvg 8974 hlimconv 8980 shaddclt 9006 shaddcltOLD 9007 shmulclt 9008 shmulcltOLD 9009 chlim 9025 chcompl 9036 occl 9097 projlem15 9116 projlem22 9123 projlem26 9127 choc1 9206 nmopret 9714 cnopct 9753 lnoplt 9754 unopt 9755 hmopt 9762 cnfnct 9770 lnfnlt 9771 hmopidmch 9990 hmopidmpj 9991 elpjidmt 10022 sthil 10071 stjt 10072 mdslle1 10152 mdslle2 10153 atcv0 10177 chpssat 10198 |
| 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 |