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Theorem
simprl
450
Description:
Simplification of a conjunction.
Assertion
Ref
Expression
simprl
Proof of Theorem
simprl
Step
Hyp
Ref
Expression
1
id
73
. 2
2
1
ad2antrl
442
1
Colors of variables:
wff
set
class
Syntax hints:
wi
3
wa
240
This theorem is referenced by:
simp1rl
941
simp2rl
945
simp3rl
949
xp0r
4065
imainss
4331
unielxp
5047
1stconst
5070
2ndconst
5071
ac6sfilem3
5508
ordiso
5683
ordtypelem6
5689
ordtypelem7
5690
hartog
5693
rankxplim3
5825
muladdOLD
6583
xrre
6744
divadddiv
6960
divdivdiv
6961
divdivdivOLD
6962
conjmul
6975
ltmul12a
7023
lemulge11
7030
ledivp1
7088
modmul1
7519
elfzle1
7653
2shfti
7765
expordi
7845
le2sq2
7877
expnbnd
7901
fsumcom
8288
fsummulc1
8293
fsumdivc
8295
serzcmp0
8315
climaddc1
8378
climaddc2
8379
climsubc2
8391
climcmpc1
8399
cvgratlem5
8516
cnpnei
9043
blelrn
9125
blss
9130
metequiv
9158
lmbr
9206
lmnn
9213
lmsslem
9230
metelcls
9243
metcnp4
9248
xplmi
9251
lmcau
9274
grpidinvlem1
9328
grpidinvlem2
9329
grpinvid1
9356
grpinvid2
9357
grplcan
9359
ssga
9455
nvmf
9598
nvsubadd
9607
nvnpcan
9612
nvabs
9633
nvlmle
9665
lnomul
9760
blocnilem
9804
ubthlem7
9878
ubthlem8
9879
ubthlem10
9881
minveclem30
9919
htthlem10
9976
psdmrn
9991
psref
9992
elsubsp
10248
subtopmetlem
10255
subtopmet
10256
fbssint
10279
fbunfip
10282
elfilmap3
10314
tosdir
10358
spansncol
11124
unoplin
11481
hmoplin
11503
hmops
11582
hmopm
11583
hmopco
11585
lnopconi
11600
lnfnconi
11627
adjmul
11662
adjadd
11663
mdslmd1lem1
11897
atn0
11917
irredi
11966
mdsymlem3
11977
bnj168
12496
ghomf1olem
13637
wfi
13915
frind
13939
axdenselem5
14023
axfelem5
14035
axfelem13
14043
axfelem15
14045
cljo
14534
clme
14535
jidd
14540
midd
14541
ubpar
14603
definc
14621
domncnt
14624
ranncnt
14625
toplat
14638
dfdir2
14639
resgcom
14712
fprodadd
14713
curgrpact
14735
fprodsub
14742
sub2vec
14815
mvecrtol
14816
iscnp3
14946
trnij
15015
dualcat2
15133
idmon
15166
taralt
15211
finsschain
15373
ordisoOLD
15374
ordtypelem6OLD
15380
ordtypelem7OLD
15381
hartogOLD
15384
subntr
15425
cnsubsp
15426
alexsublem3
15439
alexsublem4
15440
dfcon2
15442
reconnlem2
15447
reconnlem4
15449
reconnlem5
15450
2ndcsb
15476
2ndcctbss
15478
isfne3
15482
fnetr
15495
reftr
15497
fnessref
15503
refssfne
15504
locfincf
15516
comppfsc
15517
neibastop1
15518
neibastop2lem2
15520
neibastop3
15524
topjoin
15527
fnemeet1
15528
fnemeet2
15529
isufil2
15565
filssufil
15571
filufint
15574
fixufil
15576
ufinffr
15578
ufilen
15579
limfilcf
15587
cnpfillim
15589
rnelfmlem
15592
rnelfm
15593
fmfnfmlem2
15595
fmfnfmlem4
15597
fmufil
15599
isfclus
15606
fcluscf
15612
fclsfnflim
15614
flimfnfcls
15615
fcluscnp
15618
fcluscomplem
15620
filnetlem3
15642
filnetlem4
15643
filnetlem5
15644
sdc
15811
fdc
15812
fdc1
15813
subspopn
15837
subspcld
15838
blhalf
15846
lmtlm
15908
txsubsp
15912
ismtyhmeolem
15950
ismtybndlem
15952
heiborlem18
15972
heiborlem36
15990
rrncms
16019
rrntotbndlem2
16021
phtpyco
16056
pcohtpy
16083
pi1gp
16095
iscringd
16147
idlsubcl
16171
unichnidl
16179
hlsuprexch
17033
cvr1
17054
cvratlem
17061
grpidinvlem1NEW
17109
grpidinvlem2NEW
17110
grpinvid1NEW
17131
grpinvid2NEW
17132
grplcanNEW
17134
isline2
17248
paddcom
17274
paddss12
17280
paddasslem4
17284
paddasslem6
17286
paddasslem7
17287
paddasslem10
17290
pmodlem2
17308
pmodl42
17312
pmapjoin
17313
poml4
17361
osumcllem4
17367
pexmidlem1
17378
pexmidlem3
17380
pexmidlem4
17381
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