Colors of
variables: wff
setvar class |
Syntax hints:
→ wi 4 ∀wal 1540 |
This theorem was proved from axioms:
ax-mp 5 ax-1 6 ax-2 7
ax-3 8 ax-gen 1798 ax-4 1812 ax-5 1914
ax-6 1972 ax-7 2012 ax-12 2172 |
This theorem depends on definitions:
df-bi 206 df-ex 1783 |
This theorem is referenced by: 2sp
2180 19.2g
2182 nfim1
2193 axc16g
2252 drsb2
2258 axc11r
2366 axc15
2422 equvel
2456 sb4a
2480 dfsb1
2481 dfsb2
2493 drsb1
2495 nfsb4t
2499 sbco2
2511 sbco3
2513 sb9
2519 sbal1
2528 sbal2
2529 eujustALT
2567 2eu6
2653 ralcom2
3374 ceqsalgALT
3508 reu6
3721 sbcal
3840 rexdifi
4144 reldisjOLD
4451 dfnfc2
4932 nfnid
5372 eusvnfb
5390 mosubopt
5509 dfid3
5576 fv3
6906 fvmptt
7014 fnoprabg
7526 fprlem1
8280 wfrlem5OLD
8308 pssnn
9164 pssnnOLD
9261 frrlem15
9748 kmlem16
10156 nd3
10580 axunndlem1
10586 axunnd
10587 axpowndlem1
10588 axregndlem1
10593 axregndlem2
10594 axacndlem5
10602 fundmpss
34676 nalfal
35226 unisym1
35246 bj-sbsb
35653 wl-nfimf1
36333 wl-axc11r
36337 wl-dral1d
36338 wl-nfs1t
36344 wl-sb8t
36355 wl-sbhbt
36357 wl-equsb4
36360 wl-sbalnae
36365 wl-2spsbbi
36368 wl-mo3t
36379 wl-ax11-lem5
36389 wl-ax11-lem8
36392 cotrintab
42298 pm11.57
43081 axc5c4c711toc7
43096 axc11next
43098 pm14.122b
43115 dropab1
43139 dropab2
43140 ax6e2eq
43251 |