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Theorem
simplr
449
Description:
Simplification of a conjunction.
Assertion
Ref
Expression
simplr
Proof of Theorem
simplr
Step
Hyp
Ref
Expression
1
id
73
. 2
2
1
ad2antlr
441
1
Colors of variables:
wff
set
class
Syntax hints:
wi
3
wa
240
This theorem is referenced by:
simp1lr
940
simp2lr
944
simp3lr
948
ax11indalem
1759
ax11inda2ALT
1760
ordelord
3680
reuuniss2
3817
fvelimabOLD
4726
reiotass2
5111
odi
5258
omsmo
5314
ac6sfilem3
5508
riota5
5580
onomeneq
5612
ordiso
5683
hartoglem
5692
hartog
5693
noinfep
5747
elomsubsd
5885
infenomsub
5889
prpssnq
6246
cnegexlem2
6500
cnegexlem3
6501
divdivdiv
6961
divdivdivOLD
6962
ltmul12a
7023
lemulge11
7030
lt2mul2div
7054
lediv12a
7079
lediv2a
7080
nndiv
7143
zltp1le
7390
zdiv
7397
iccsupr
7567
elfzelz
7652
fzrev
7689
fzrev3
7692
fsequb2
7703
exprecOLD
7838
expmul
7840
expnbnd
7901
seq1bndi
8162
caubndi
8178
fsumsplit
8280
fsumcom
8288
fsumdivc
8295
clm4lei
8341
climcmpc1
8399
climsqueeze
8400
climsqueeze2
8401
cvgratlem5
8516
opnssneib
9005
clslp
9024
cnpco
9046
iscncl
9047
dnsconst
9065
blval
9114
blcntr
9122
blelrn
9125
ssblex
9133
lpbl
9157
metcnplem
9164
tgioolem
9192
lmconst
9212
lmnn
9213
iscau3
9216
iscau4
9218
xplm
9253
cmsss
9275
grpidinvlem4
9331
grprid
9346
ssga
9455
gapmlem
9461
vacnlem3
9669
nmcnilem
9676
sm1cnilem
9686
nvcnpi3
9761
nvcnpi4
9762
fipreima
10175
txcn
10227
subtopmet
10256
hausfillim
10303
cncomp
10331
tosdir
10358
hvmul0or
10526
hhsscms
10783
spansncol
11124
osumlem6
11218
3oalem2
11243
eigposi
11399
hhlnoi
11463
unoplin
11481
hmoplin
11503
hmopco
11585
lnopconi
11600
lnfnconi
11627
cnlnadjlem6
11642
kbass4
11690
nmopleid
11710
dmdbr2
11875
dmdbr5
11880
mdslmd1lem1
11897
mdslmd1lem2
11898
superpos
11926
irredlem1
11962
bnj1098
12917
axdense
14027
axfelem5
14035
axfelem16
14046
ranncnt
14625
dfdir2
14639
mgmlion
14697
resgcom
14712
curgrpact
14735
fprodsub
14742
trran2
14757
topindis
14859
qusp
14908
usptoplem
14917
istopx
14918
stfincomp
14959
iintlem1
15010
flimfneicn
15037
supnuf
15041
imonclem
15162
ismonc
15163
icmpmon
15165
iepiclem
15172
isepic
15173
elfiun
15369
fictb
15371
finsschain
15373
ordisoOLD
15374
hartoglemOLD
15383
hartogOLD
15384
elomsubsdOLD
15394
infenomsubOLD
15398
cnsubsp
15426
cnsubsp2
15427
alexsublem4
15440
alexsub
15441
cnconn
15444
reconnlem3
15448
reconnlem4
15449
reconnlem5
15450
2ndcsb
15476
isfne3
15482
topfneec
15501
fnessref
15503
neibastop2lem3
15521
neibastop2lem4
15522
neibastop2
15523
neibastop3
15524
topjoin
15527
fnemeet2
15529
filssufillem
15570
ufileu
15573
ufinffr
15578
ufilen
15579
limfilcf
15587
flimcls
15588
rnelfmlem
15592
fmfnfm
15598
flimfcnp
15602
isfclus
15606
fclsfnflim
15614
fcluscnp
15618
filnetlem4
15643
filnetlem5
15644
filnet
15645
fipreimaOLD
15756
frfi
15771
sdclem2
15810
sdc
15811
blssp
15844
mettrifi
15847
geomcau
15849
iocopnst
15877
hmeocld
15900
sstotbnd
15936
totbndbnd
15944
ismtyhmeolem
15950
heiborlem13
15967
heiborlem18
15972
heiborlem36
15990
rrndstprj1
16017
rrntotbndlem1
16020
rrntotbnd
16022
phtpyco
16056
reparpht
16065
pcohtpy
16083
crnghomfo
16154
lubid
16807
glbcon
17028
hlhght2
17038
hlatmstc
17047
atltcvr
17072
grpidinvlem4NEW
17112
grpridNEW
17121
pmapat
17243
paddasslem5
17285
pmapjoin
17313
pmapjat
17314
osumcl
17375
pexmid
17377
pexmidlem8
17385
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
164
df-an
242
Copyright terms:
Public domain