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| Description: Deduction eliminating a conjunct. |
| Ref | Expression |
|---|---|
| pm3.26d.1 |
|
| Ref | Expression |
|---|---|
| pm3.26d |
|
| Step | Hyp | Ref | Expression |
|---|---|---|---|
| 1 | pm3.26d.1 |
. 2
| |
| 2 | pm3.26 326 |
. 2
| |
| 3 | 1, 2 | syl 10 |
1
|
| Colors of variables: wff set class |
| Syntax hints: |
| This theorem is referenced by: pm3.26bi 329 pm3.26bda 429 3simp1 800 euex 1436 elisset 1864 poirr 2901 so 2920 reucl 2942 fcnvres 3705 ndmordi 4109 oneo 4270 ecopoprtrn 4372 eceqopreq 4374 xpmapenlem5 4565 supub 4640 rankel 4742 aceq5lem5 4801 cdafi 5001 nlt1pi 5098 ltbtwnpq 5149 prcdpq 5162 genpcd 5174 1pr 5182 ltexprlem3 5209 ltexprlem4 5210 ltexprlem6 5212 ltaprlem 5215 reclem2pr 5222 reclem3pr 5223 supsrlem1 5290 recnz 6276 uzwo3lem1 6301 flle 6340 sqrlem12 6774 replim 6851 crre 6859 serzrelem 7151 climaddlem3 7206 climmullem2 7211 climmullem3 7212 climmullem4 7213 climmullem5 7214 climmullem8 7217 climabslem 7238 iserzabslem 7268 cvgcmpi 7274 cncff 7356 cncffvelrnOLD 7357 ivthlem6 7376 ivthlem7 7377 ege2le3lem1 7417 efcn 7514 addsin 7548 subsin 7549 addcos 7550 subcos 7551 sin01bndlem3 7561 cos01bndlem3 7563 sin01gt0 7568 cos01gt0 7569 acdc2lem2 7581 acdc5lem1 7583 acdc5lem2 7584 uniopn 7689 msf 7889 metf 7892 metxplem1 7911 metxplem4 7918 metxp 7919 blbas 7957 xplmi 8058 bcthlem11 8094 bcthlem14 8097 bcthlem17 8100 bcthlem18 8101 bcthlem19 8102 bcthlem20 8103 bcthlem21 8104 bcthlem24 8107 bcthlem25 8108 bcthlem26 8109 grplinv 8154 ghgrpilem4 8220 ringsm 8227 ringdi 8230 ringdir 8231 ringass 8232 ringabl 8234 nvvop 8312 isnv 8315 psref 8733 spwval 8743 spwnex 8745 pilem2 8755 cos2kpi 8772 hlimseqi 9140 shss 9162 shaddcl 9168 shaddclOLD 9169 projlem26 9294 pjpj0i 9338 pjcompi 9702 eighmorth 9971 nmcopexlem5 10038 nmcopexlem6 10039 nmcfnexlem5 10067 nmcfnexlem6 10068 elpjrn 10201 stcl 10227 hstorth 10231 sthil 10245 ghomfo 10476 ghomid 10479 osbr 10598 filesn 10653 2wsms 10712 doma 10743 coda 10744 ida 10745 dedalg 10758 catded 10779 imonclem 10823 ismonc 10824 icmpmon 10826 iddvvidd 10842 hgradj 10855 |
| 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 154 df-an 232 |