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| Description: An integer is a real. |
| Ref | Expression |
|---|---|
| zre |
|
| Step | Hyp | Ref | Expression |
|---|---|---|---|
| 1 | elz 7141 |
. 2
| |
| 2 | 1 | pm3.26bi 347 |
1
|
| Colors of variables: wff set class |
| Syntax hints: |
| This theorem is referenced by: zcn 7144 zrei 7145 zssre 7146 elnn0z 7151 elnnz1 7159 znnnlt1 7160 elnn0nn 7175 znnsub 7181 znn0sub 7182 zleltp1 7186 z2ge 7195 zextle 7196 btwnnz 7199 msqznn 7203 peano2uz2 7208 dfuzi 7209 uzind 7212 uzindOLD 7215 uzwo4OLD 7217 uzwo3lem1 7224 zmax 7228 zbtwnre 7229 rebtwnz 7230 qre 7234 zq 7235 qbtwnre 7254 reflcl 7261 flge 7267 fllt 7268 flid 7269 flval3 7274 flbi2 7276 fladdz 7279 flhalf 7282 ceile 7286 quoremz 7287 intfracq 7291 zmodcl 7306 modcyc 7311 modmul1 7314 uzid 7391 uztrn 7392 uzneg 7393 uzss 7395 uz11 7396 eluzp1m1 7397 eluzp1p1 7399 eluzaddi 7400 eluzsubi 7401 peano2uz 7411 uzwo 7419 uzwoOLD 7420 elfzlem 7438 elfzle3 7450 eluzfz1 7452 eluzfz2 7454 elfz1eq 7457 fzn 7458 fzen 7459 elfz2nn0 7462 fznn0sub2 7466 fzaddel 7467 fzopth 7469 fzss1 7470 fzss2 7471 fzsuc 7473 elfzp1 7478 fztp 7481 fzrev 7484 fzneuz 7492 om2uzlti 7504 om2uzf1oi 7507 seqz1 7585 sqr2irr 7774 nn0abscl 7926 cau5ii 7964 cau4ii 7965 cau5i 7966 cvg1i 7967 cvg3i 7970 bcval4 8008 fsum1ps 8073 fsumsplit 8075 fsumrev 8084 fsumcmpndx2 8097 climshfti 8159 climrecl 8165 climge0 8167 climaddlem3 8171 climmullem8 8182 serzf0i 8224 fsum0diaglem1 8313 fsum0diag4 8318 efaddlem1 8395 efaddlem2 8396 efaddlem14 8408 efaddlem16 8410 znnenlem 8565 znnen 8566 lmle 9033 gxnval 9178 gxmodid 9197 vacnlem3 9464 coskpi 9859 fzind 13402 fnn0ind 13403 zmod10 13405 zmodid2 13406 zmodfz 13407 fseq1cl 13411 eqreznegel 13446 lbzbi 13449 nn0seqcvgd 13451 absdvdsb 13465 dvdsabsb 13466 dvdsle 13485 dvdsleabs 13486 alzdvds 13487 divalgmod 13501 gcd0id 13521 gcdneg 13524 gcdaddmlem 13526 gcdabs 13529 modgcd 13530 algcvga 13539 zgt1b1 13563 isprm3 13568 coprm 13574 seqzp2 14439 zmodfzcl 15462 uzm1 15466 fzfi 15468 fzmul 15472 fzadd2 15473 fzsplit 15474 fzdisj 15475 fzm1 15478 absrdbnd 15481 fdc 15494 incsequz2 15498 fsumlt1 15513 caushft 15533 heiborlem12 15648 heiborlem16 15652 rrntotbndlem1 15702 rrntotbndlem2 15703 rrntotbnd 15704 |
| This theorem was proved from axioms: ax-1 4 ax-2 5 ax-3 6 ax-mp 7 ax-7 1142 ax-gen 1143 ax-8 1144 ax-9 1145 ax-10 1146 ax-11 1147 ax-12 1148 ax-14 1150 ax-17 1155 ax-4 1157 ax-5o 1159 ax-6o 1162 ax-9o 1319 ax-10o 1338 ax-16 1418 ax-11o 1426 ax-ext 1702 ax-sep 3253 ax-nul 3260 ax-pow 3296 ax-pr 3339 |
| This theorem depends on definitions: df-bi 163 df-or 240 df-an 241 df-3or 856 df-ex 1165 df-sb 1374 df-eu 1613 df-mo 1614 df-clab 1709 df-cleq 1714 df-clel 1717 df-ne 1856 df-rex 1944 df-rab 1946 df-v 2127 df-dif 2430 df-un 2433 df-in 2436 df-ss 2438 df-nul 2702 df-pw 2859 df-sn 2873 df-pr 2874 df-op 2877 df-uni 3000 df-br 3159 df-opab 3214 df-xp 3811 df-cnv 3813 df-dm 3815 df-rn 3816 df-res 3817 df-ima 3818 df-fv 3825 df-opr 4697 df-neg 6309 df-z 7140 |