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Related theorems GIF version |
| Description: Deduction adding conjuncts to an antecedent. |
| Ref | Expression |
|---|---|
| 3ad2ant.1 | ⊢ (φ → χ) |
| Ref | Expression |
|---|---|
| 3ad2ant2 | ⊢ ((ψ ⋀ φ ⋀ θ) → χ) |
| Step | Hyp | Ref | Expression |
|---|---|---|---|
| 1 | 3ad2ant.1 | . . 3 ⊢ (φ → χ) | |
| 2 | 1 | adantr 389 | . 2 ⊢ ((φ ⋀ θ) → χ) |
| 3 | 2 | 3adant1 803 | 1 ⊢ ((ψ ⋀ φ ⋀ θ) → χ) |
| Colors of variables: wff set class |
| Syntax hints: → wi 3 ⋀ w3a 781 |
| This theorem is referenced by: mopick2 1476 fnco 3701 oprssoprv 4095 onfununi 4209 onopriun 4211 omass 4347 nnacda 5090 cnegexlem2 5500 xrre2 5724 divne0b 5874 lt2mul2divOLD 6017 lediv2 6036 nndivtr 6106 supxrun 6253 zdivmul 6358 gtndiv 6364 qbtwnre 6418 modabs 6473 modcyc 6475 moddi 6479 modsubdir 6480 ubicc2 6532 icoshftf1olem 6537 eluzp1p1 6562 peano2uz 6574 seqzm1 6744 seqzval2 6748 expnbnd 6852 digit2 6855 absrpcl 7057 seq1ubi 7115 bccmpl 7165 climrecl 7313 geoisum1c 7450 cvgratlem2ALT 7453 cvgratlem2 7456 cvgratlem5 7459 tgtop11 7846 tgss 7848 iincld 7889 elnei 7935 cnconst 7990 metcnpf 8094 metcnp 8098 metdnsconst 8112 caussi 8165 bcthlem9 8218 gxmodid 8335 resgrprn 8336 nvsge0 8538 nvcnpf 8575 nvcnpi3 8676 nvcnpi4 8677 nmoub2i 8691 isblo3i 8716 ipassr2 8763 efifolem5 8998 bcs2 9325 elspansn2 9766 fh2 9838 pjoi0 9940 adjeq 10139 leopmul 10347 mdslmd4i 10541 cdj3lem2 10644 ghomfo 10676 ghomid 10679 nndivsub 10706 seqzp2 10918 truni1 10999 truni3 11001 homcard 11045 hmeobc 11048 filintf 11081 fgsb 11082 fgsb2 11086 rcfpfillem6 11094 altretop 11144 mslb1 11152 2wsms 11153 idosd 11198 dmrngcmp 11205 1cat 11213 imonclem 11268 cmpmon 11270 icmpmon 11271 idmon 11272 isepic 11279 issubcat 11299 morsubc 11309 idsubfun 11312 elfiun 11421 inficlALT 11424 ordtypelem3 11429 ntrin 11463 hausnei2 11471 subsubtop 11479 compsublem 11487 cptclsscpt 11489 hscptsscld 11491 cncomp 11494 alexsublem3 11498 alexsublem4 11499 connsub 11502 subtopmet 11506 reconnlem4 11510 ivthALT 11515 fness 11552 topfne 11561 refssfne 11565 finlocfin 11570 locfincf 11577 comppfsc 11578 neibastop1 11579 topmtcl 11586 ist1-3 11604 fgss 11634 fbfgss 11640 filufint 11659 ufinffr 11663 filcon 11665 ufcondr 11666 fbaslim 11680 limfilcf 11683 hausfillim 11685 cnpfillim 11686 elfilmap 11690 elfilmap2 11691 elfilmap3 11692 fbfgfmeq 11697 rnelfmlem 11698 rnelfm 11699 fmfnfmlem3 11702 fmfnfmlem4 11703 fmfnfm 11704 fmufil 11705 filfm 11706 sflimf 11708 isflimf 11709 flimfnei 11710 flimfbas 11713 flimfcnp 11714 sfcls 11716 filclus 11717 fclusbas 11722 fcluscf 11724 flimfcls 11725 fclsfnflim 11726 flimfnfcls 11727 fcluscnplem 11729 fcluscnp 11730 fcluscomplem 11732 fcluscomp 11733 isfclusf 11737 uffcfflf 11742 isga 11772 gafo 11773 ssga 11777 f1ocan1fv 11816 f1ocan2fv 11817 upxp 11822 upixp 11823 fimax 11837 indexf 11847 filbcmb 11857 fsumlt1 11894 incld 11899 neificl 11904 mettrifi2 11913 geomcau 11914 iccsplit 11919 iccss 11920 ismtybndlem 12008 |
| 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 df-3an 783 |