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| Description: Deduce conjunction of the consequents of two implications ("join consequents with 'and'"). |
| Ref | Expression |
|---|---|
| jca.1 |
|
| jca.2 |
|
| Ref | Expression |
|---|---|
| jca |
|
| Step | Hyp | Ref | Expression |
|---|---|---|---|
| 1 | jca.1 |
. . 3
| |
| 2 | jca.2 |
. . 3
| |
| 3 | 1, 2 | jc 119 |
. 2
|
| 4 | df-an 198 |
. 2
| |
| 5 | 3, 4 | sylibr 175 |
1
|
| Colors of variables: wff set class |
| Syntax hints: |
| This theorem is referenced by: jcai 237 jctl 238 jctr 239 jctil 240 jctir 241 ancli 244 ancri 245 anim12i 268 jaob 328 ancom 333 abai 366 anabs1 374 anabs7 376 impbid 397 ordi 452 jcad 455 pm5.18 497 ecase2d 558 3jca 604 ecased 643 19.26 749 19.40 773 a4c1 844 sb2 859 sbequ1 863 sbn2 881 eu2 1023 mooran2 1050 2eu1 1067 2eu3 1069 r19.40 1301 eqssd 1518 psstr 1574 ssin 1659 unineq 1680 un00 1728 raaan 1775 prss 1854 prel12 1875 opthwiener 1914 unexb 1950 opeluu 1953 euuni 1954 itlso 2151 supmo 2156 supsn 2168 wereu 2197 elon2 2210 ordelord 2221 tz7.7 2224 suceloni 2314 ordnbtwn 2316 dflim3 2368 ordom 2382 omssnlim 2386 opthprc 2457 xpex 2488 dminss 2648 imainss 2649 relssdr 2668 cnvexg 2669 dffun7 2688 funun 2700 fununi 2705 fun11uni 2707 resfunexg 2717 fnssres 2734 fnopabg 2745 fss 2759 fco 2760 f00 2773 fconstg 2775 f1o2 2804 f1f1orn 2810 f1ocnv 2811 f1oco 2816 f1o00 2823 fv3 2839 fvelrn 2883 fopab2 2891 ffnfv 2892 fsn2 2896 fconstfv 2903 f1ocnvfv1 2919 f1ocnvfv2 2920 isocnv 2934 isotr 2935 isotrALT 2936 f1oiso 2942 tfrlem8 2956 tfrlem10 2958 tfrlem12 2960 oalim 3135 omlim 3136 oelim 3137 oalimcl 3162 oaass 3163 omordi 3164 oen0 3165 omsmo 3196 map0 3268 bren2 3293 en2d 3303 dom2d 3307 sdomex 3315 2dom 3332 xpdom2 3345 sbthlem9 3357 mapenlem2 3385 mapxpen 3390 xpmapenlem2 3392 xpmapenlem4 3394 xpmapenlem5 3395 mapunen 3397 php2 3410 php3 3411 onomeneq 3414 omsdomnn 3424 unblem1 3431 unblem4 3434 unfilem1 3438 inf5 3472 infensuc 3484 r1ord 3499 r1val1 3502 rankr1 3518 aceq3 3556 ac6lem 3575 fodom 3613 fodomb 3615 sucxpdom 3652 cardsdomel 3658 ondomon 3662 ondomcard 3663 carduni 3664 cardmin 3666 ltsopi 3810 addclpi 3814 mulclpi 3815 addcmpblnq 3846 addclpq 3852 addasspq 3857 distrpqlem 3860 distrpq 3861 1qec 3862 ltsopq 3869 ltexpq 3874 ltbtwnpq 3878 genpcl 3905 1pr 3911 prlem934 3933 ltexprlem5 3940 reclem2pr 3951 reclem3pr 3952 suppr 3957 mulclsr 3987 mulasssr 3993 distrsr 3994 ltsosr 3997 recexsrlem 4006 suppsrlem 4015 suprelem 4053 axmulass 4073 axdistr 4074 axrecex 4079 divmuldivt 4263 divadddivt 4264 divdivdivt 4265 divdiv23t 4271 ltso 4279 nnleltp1t 4448 nnaddm1clt 4452 nnreclt 4522 cru 4529 nn0ltp1let 4556 nnnegz 4566 elnnz 4572 elnnz1 4581 elnn0nn 4593 zltp1let 4597 sqznn 4600 peano2uz 4602 uzind 4603 uzwo2 4606 btwnz 4613 uzwo3lem1 4614 flidt 4627 qret 4631 qaddclt 4642 qnegclt 4643 qrecclt 4646 qbtwnre 4650 seqrn2 4674 nn0opth 4724 sqr2irrlem1 4777 replimt 4798 abs00 4839 abslt 4855 absle 4856 climunii 4883 ruclem4 4888 znnen 4930 infxpidmlem7 4939 infxpidmlem10 4942 infxpidmlem11 4943 infxpidmlem12 4944 infmap2lem2 4952 infmap2 4953 normpyct 5093 bcs 5101 hlimunii 5143 ocsh 5164 ocin 5177 occllem6 5185 occl 5188 projlem10 5202 projlem25 5217 projlem26 5218 projlem29 5221 pjthlem10 5234 pjthu 5241 pjthu2 5242 dfch2 5254 pjpjtht 5262 pjoml 5271 shscl 5282 ococint 5298 shlub 5347 shslub 5359 chj00 5408 spansnmul 5469 spanunsn 5482 osumlem3 5532 5oalem1 5544 5oalem2 5545 5oalem4 5547 5oalem5 5548 3oalem2 5553 pjorth 5559 pjssm 5572 pjjs 5585 pjin2 5647 pjclem4 5653 pj3s 5659 stles 5682 stadd3 5689 strlem3a 5693 strlem6 5697 golem1 5704 h1dat 5747 atom1d 5750 atcvatlem 5770 atcvat3 5774 atcvat4 5775 mdsymlem2 5777 mdsymlem5 5780 mdsym 5784 sumdmdi 5785 |
| This theorem was proved from axioms: ax-1 3 ax-2 4 ax-3 5 ax-mp 6 |
| This theorem depends on definitions: df-bi 128 df-an 198 |