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| Description: Closure of inner product. |
| Ref | Expression |
|---|---|
| hiclt |
|
| Step | Hyp | Ref | Expression |
|---|---|---|---|
| 1 | ax-hfi 8901 |
. 2
| |
| 2 | 1 | foprcl 4010 |
1
|
| Colors of variables: wff set class |
| Syntax hints: |
| This theorem is referenced by: hicl 8903 his5t 8908 his7t 8911 his2subt 8913 his2sub2t 8914 hiret 8915 hi01t 8917 abshicomt 8922 hi2eqt 8926 hial2eq2t 8928 bcs2t 9004 occllem4 9131 normcant 9456 pjspansnt 9457 adjsymt 9716 cnvadj 9773 adj2t 9815 brafnt 9828 kbopt 9834 kbmult 9836 kbpjt 9837 eigvalclt 9842 lnopeq 9889 riesz3 9951 cnlnadjlem2 9957 cnlnadjlem7 9962 nmopcoadj 9990 kbass2t 10006 kbass5t 10009 kbass6t 10010 hmopidmpj 10036 pjclem4 10083 pj3s 10091 |
| This theorem was proved from axioms: ax-1 4 ax-2 5 ax-3 6 ax-mp 7 ax-7 961 ax-gen 962 ax-8 963 ax-10 965 ax-11 966 ax-12 967 ax-13 968 ax-14 969 ax-17 970 ax-4 972 ax-5o 974 ax-6o 977 ax-9o 1122 ax-10o 1139 ax-16 1209 ax-11o 1217 ax-ext 1458 ax-sep 2699 ax-pow 2738 ax-pr 2775 ax-un 2862 ax-hfi 8901 |
| This theorem depends on definitions: df-bi 147 df-or 224 df-an 225 df-ex 980 df-sb 1171 df-eu 1381 df-mo 1382 df-clab 1463 df-cleq 1468 df-clel 1471 df-ne 1585 df-ral 1647 df-rex 1648 df-v 1809 df-dif 2046 df-un 2047 df-in 2048 df-ss 2050 df-nul 2278 df-pw 2399 df-sn 2409 df-pr 2410 df-op 2413 df-uni 2500 df-br 2616 df-opab 2663 df-id 2831 df-xp 3180 df-cnv 3182 df-co 3183 df-dm 3184 df-rn 3185 df-res 3186 df-ima 3187 df-fun 3188 df-fn 3189 df-f 3190 df-fv 3194 df-opr 3960 |