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Theorem
imp3a
359
Description:
Importation deduction.
Hypothesis
Ref
Expression
imp3.1
Assertion
Ref
Expression
imp3a
Proof of Theorem
imp3a
Step
Hyp
Ref
Expression
1
imp3.1
. 2
2
impexp
345
. 2
3
1, 2
sylibr
198
1
Colors of variables:
wff
set
class
Syntax hints:
wi
3
wa
221
This theorem is referenced by:
imp32
361
imp4c
364
imp4d
365
expimpd
373
adantld
390
imdistan
444
syland
459
dedlemb
768
dn1
779
3expib
842
sbied
1232
equs5
1258
a12study
1417
a12studyALT
1418
ra42
1742
r19.23ad
1791
reu3
1977
sbciegft
2007
uniiunlem
2184
prel12
2549
opthpr
2550
trel
2761
wefrc
2970
tz7.7
3001
ordtr2
3019
elpwunsn
3135
tfindsg2
3214
peano5
3241
relop
3365
funssres
3657
fv3
3844
fopab2
3937
funfvima
3966
cbvfo
3999
isomin
4013
f1oweALT
4020
tfrlem2
4213
tfr3
4227
tz7.48-1
4257
tz7.49c
4261
omordi
4333
odi
4346
omass
4347
oen0
4349
oeordi
4350
nnmordi
4386
unen
4575
sdomen2
4627
ssenen
4651
pssnn
4681
domfi
4684
isfinite2
4692
unifi
4701
fiint
4703
suplub
4724
inf3lem2
4759
zfregs
4793
aceq6b
4888
zorn2lem7
4940
fodom
4944
brdom6disj
4951
unxpdomlem
4993
ondomon
5006
indpi
5188
ltexpq
5234
ltrpq
5239
genpss
5261
genpnmax
5264
distrlem1pr
5281
1idpr
5287
prlem934a
5291
ltaddpr
5294
ltexprlem1
5296
ltexprlem6
5301
prlem936b
5308
prlem936
5309
reclem4pr
5313
mulcmpblnr
5337
recexsrlem
5366
recexsr
5370
ltlen
5676
lelttr
5677
ltletr
5678
xrlelttr
5716
xrltletr
5717
mulgt1
5989
nnleltp1
6100
supxrre
6251
zltp1le
6349
uzwo4OLD
6381
uzwo
6582
uzwoOLD
6583
fzen
6622
fsequb
6654
ser1add2i
6703
ser1addi
6704
expgt0
6783
expgt1
6786
exprec
6789
exprecOLD
6790
expword2i
6802
bernneq
6849
bernneqOLD
6850
sqr2irrlem3
6927
creui
6944
fsumcom
7231
fsumrev
7232
iserzmulc1
7339
cvgratlem1ALT
7452
cvgratlem1
7455
abscncflem
7479
ivthlem7
7492
acdc2
7702
acdc
7707
infpnlem1
7718
clsval2
7895
rnblssm
8061
xpcn
8187
bcthlem26
8235
gxnn0add
8330
gxadd
8331
gxnn0mul
8333
gxmul
8334
grplactf1o
8339
ipblnfi
8772
ubthlem13
8800
ubthlem13OLD
8801
spwmo
8918
ocin
9445
occllem6
9454
projlem26
9487
shmodsi
9638
spansneleq
9769
nlelchi
10273
pjnmopi
10355
stj
10443
atom1d
10561
atcvat2i
10596
irredlem1
10599
irredi
10603
mdsymlem3
10614
mdsymlem6
10617
uninqs
10730
hmphtr
11037
homcard
11045
qusp
11068
limfillem2
11102
imp5d
11343
expl
11360
trer
11409
finminlem
11418
finsschain
11425
ordtypelem7
11433
hartog
11436
elomsubsd
11446
omsublim
11448
opncldf1
11454
hausnei2
11471
compsublem
11487
hscptsscld
11491
alexsublem2
11497
alexsublem4
11499
alexsub
11500
subtopmet
11506
2ndcctbss
11539
fnessref
11564
locfincomp
11575
comppfsc
11578
neibastop1
11579
neibastop2lem1
11580
neibastop2lem2
11581
neibastop2lem3
11582
neibastop2lem4
11583
neibastop2
11584
neibastop3
11585
fnemeet1
11589
fnemeet2
11590
fnejoin2
11592
t1t0
11608
isnrm2
11613
fgid
11637
fgfil
11638
fgmin
11639
fbfgss
11640
extbas1
11641
isufil2
11650
filssufillem
11655
filssufil
11656
ufileulem
11657
ufileu
11658
filufint
11659
filcon
11665
flimopn
11679
limfilcf
11683
flimcls
11684
hausfillim
11685
cnpfillim
11686
rnelfm
11699
fmfnfmlem2
11701
fmfnfmlem4
11703
fmfnfm
11704
fcluscf
11724
flimfnfcls
11727
fcluscnp
11730
filnetlem4
11766
filnetlem5
11767
dif1en
11833
fimax
11837
sdc
11877
txbas
11973
heiborlem35
12045
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
Copyright terms:
Public domain