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Theorem
simpll
448
Description:
Simplification of a conjunction.
Assertion
Ref
Expression
simpll
Proof of Theorem
simpll
Step
Hyp
Ref
Expression
1
id
73
. 2
2
1
ad2antrr
440
1
Colors of variables:
wff
set
class
Syntax hints:
wi
3
wa
240
This theorem is referenced by:
simp1ll
939
simp2ll
943
simp3ll
947
sspr
3144
ordelord
3680
oaass
5243
riota5
5580
ordtypelem6
5689
ordtypelem7
5690
omsubinit
5890
ltexpq
6232
prn0
6245
cnegexlem1
6499
cnegex
6502
divdivdiv
6961
divdivdivOLD
6962
conjmul
6975
ltmul12a
7023
lemul12a
7026
lemulge11
7030
lt2mul2div
7054
zltp1le
7390
qreccl
7453
modid
7512
elfzel1
7651
elfz2nn0
7667
fzrev
7689
expadd
7839
expmul
7840
expmwordi
7851
expnlbnd
7902
expnlbnd2
7903
digit1
7905
cvg2i
8174
caubndi
8178
bccl
8224
fsumsplit
8280
fsumcom
8288
fsumdivc
8295
fsumdivcALT
8296
climsub
8390
climsqueeze
8400
climsqueeze2
8401
climcaui
8416
caucvgi
8423
cvgcmp3ci
8447
isum1p
8467
reccnv
8479
cvgratlem1
8512
efaddlem23
8622
acdc3lem
8754
acdc2lem1
8757
acdc2lem2
8758
acdc5lem2
8761
acdclem
8763
infdif
8837
tgss2
8907
neissex
9014
clslp
9024
cnpnei
9043
dnsconst
9065
opnuni
9145
lpbl
9157
metcnplem
9164
tgioolem
9192
lmbr
9206
lmle
9238
xplm
9253
lmcau
9274
cmsss
9275
bcthlem16
9292
bcthlem30
9306
grpidinvlem4
9331
grpideu
9333
grpidinv2
9344
grplid
9345
ssga
9455
vacnlem3
9669
blocnilem
9804
spwpr4
10006
spwpr4OLD
10007
spwpr4aOLD
10008
cdrci
10182
txcn
10227
elsubsp
10248
subcld
10254
subtopmet
10256
fbssint
10279
sfvlim
10296
hausfillim
10303
hvmul0or
10526
shex
10710
3oalem2
11243
bralnfn
11509
kbpj
11517
eighmorth
11525
hmopm
11583
hmopco
11585
lnopconi
11600
lnfnconi
11627
riesz3i
11632
cnlnadjlem6
11642
adjmul
11662
kbass5
11691
leopmuli
11704
nmopleid
11710
dmdbr2
11875
mdslmd1lem1
11897
superpos
11926
irredlem2
11963
irredi
11966
atcvat4i
11969
sltval2
13997
axdense
14027
axfelem16
14046
inpreima5
14469
npincppr
14501
geme2
14617
ranncnt
14625
dfdir2
14639
trran2
14757
osneisi
14875
qusp
14908
iintlem1
15010
flimfneicn
15037
dualded
15132
dualcat2
15133
icmpmon
15165
iepiclem
15172
elfiun
15369
finsschain
15373
ordtypelem6OLD
15380
ordtypelem7OLD
15381
omsubinitOLD
15399
cnsubsp
15426
compsub
15431
uncomp
15433
hscptsscld
15434
2ndcsb
15476
2ndcctbss
15478
topfneec
15501
fnessref
15503
refssfne
15504
comppfsc
15517
neibastop2lem2
15520
fnemeet2
15529
isufil2
15565
filssufillem
15570
uffixfr
15575
limfilcf
15587
rnelfm
15593
fmfnfmlem4
15597
fclsfnflim
15614
filnetlem3
15642
filnetlem4
15643
filnetlem5
15644
subspopn
15837
subspabs
15840
blssp
15844
mettrifi2
15848
icoopnst
15876
lincmb01cmp
15878
cnresima
15891
sstotbnd
15936
ismtyhmeolem
15950
heiborlem13
15967
heiborlem18
15972
heiborlem35
15989
rrndstprj1
16017
rrntotbndlem2
16021
iccbnd
16026
phtpycolem5
16055
phtpyco
16056
phtpcer
16062
reparpht
16065
pcohtpy
16083
pi1gp
16095
cvr1
17054
atcvrj2b
17069
atltcvr
17072
cvrat4
17076
grpidinvlem4NEW
17112
grpideuNEW
17114
grpidinv2NEW
17119
grplidNEW
17120
pmapglb2
17253
pmapglb2x
17254
pmodi
17309
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