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| Description: Introduce conjunct to both sides of an implication. |
| Ref | Expression |
|---|---|
| anim1i.1 |
|
| Ref | Expression |
|---|---|
| anim2i |
|
| Step | Hyp | Ref | Expression |
|---|---|---|---|
| 1 | id 59 |
. 2
| |
| 2 | anim1i.1 |
. 2
| |
| 3 | 1, 2 | anim12i 333 |
1
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| Colors of variables: wff set class |
| Syntax hints: |
| This theorem is referenced by: sylanl2 461 sylanr2 463 anbi2i 479 biantrud 724 3anandis 917 sbimi 1169 equs45f 1196 eupickb 1428 2euex 1434 2exeu 1439 2eu1 1442 rcla42ev 1872 reu6 1922 pssn2lp 2137 difrab 2263 ssiun 2582 dfwe2 2925 trssord 2955 ordnbtwn 3053 tfi 3116 find 3145 imainss 3449 dffun7 3526 fof 3657 f1o2 3678 f1o3 3679 fv3 3718 fvelimab 3750 dff4 3801 dffo5 3806 f1ofv 3862 tfrlem5 3900 ssoprab2i 3993 ndmoprass 4034 ndmoprdistr 4035 omlimcl 4193 odi 4194 mapval2 4319 ixpf 4340 uniixp 4341 isfinite1 4510 infcntss 4530 isfinite 4606 nnsdom 4607 zfregs 4619 aceq6b 4714 ac6 4727 ac6s 4728 zorn 4769 ondomon 4828 cflim 4881 axregndlem1 4926 axregnd 4928 halfpq 5054 ltexprlem1 5114 ltexprlem4 5117 prlem936a 5125 reclem3pr 5130 recexsrlem 5184 suppsr3 5196 pre-axsup 5263 divcan5t 5737 divdivdivt 5741 divdivmult 5751 lediv2it 5845 nndivtrt 5907 lbreu 5992 supxr 6028 dfuz 6150 shftf 6288 fzrev2it 6445 seqzp1 6480 bcval2t 6897 clm4le 7019 climaddc1 7054 climsub 7066 climcmplem 7073 isummulc1ALT 7148 efsubt 7313 infxpidmlem11 7505 infxpidmlem12 7506 subtop 7588 islp2 7688 cnpco 7708 cncnp 7717 sncld 7726 blfval 7775 blssex 7794 iscms2 7928 bcthlem7 7939 isgrp 7975 vcz 8126 sspival 8331 ubthlem10 8469 spweu 8581 grothinf 8720 hvsub4t 8827 hvaddsub4t 8866 chsscm 9033 chcmh 9034 chocuni 9088 homclt 9441 osumlem5 9499 5oalem2 9517 5oalem5 9520 5oalem6 9521 3oalem2 9525 hoadddit 9646 lnopcon 9878 lnfncon 9905 stle0 10076 spansncv2t 10130 mdsymlem1 10238 cdj3lem1 10266 iintlem1 10476 trnij 10481 |
| 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 |