1 include "basics/pts.ma".
6 axiom f :
\ 5a href="cic:/matita/ricciott/prova/V.dec"
\ 6V
\ 5/a
\ 6 →
\ 5a href="cic:/matita/ricciott/prova/R.dec"
\ 6R
\ 5/a
\ 6.
8 axiom rplus :
\ 5a href="cic:/matita/ricciott/prova/R.dec"
\ 6R
\ 5/a
\ 6 →
\ 5a href="cic:/matita/ricciott/prova/R.dec"
\ 6R
\ 5/a
\ 6 →
\ 5a href="cic:/matita/ricciott/prova/R.dec"
\ 6R
\ 5/a
\ 6.
9 axiom rtimes :
\ 5a href="cic:/matita/ricciott/prova/R.dec"
\ 6R
\ 5/a
\ 6 →
\ 5a href="cic:/matita/ricciott/prova/R.dec"
\ 6R
\ 5/a
\ 6 →
\ 5a href="cic:/matita/ricciott/prova/R.dec"
\ 6R
\ 5/a
\ 6.
11 axiom vplus :
\ 5a href="cic:/matita/ricciott/prova/V.dec"
\ 6V
\ 5/a
\ 6 →
\ 5a href="cic:/matita/ricciott/prova/V.dec"
\ 6V
\ 5/a
\ 6 →
\ 5a href="cic:/matita/ricciott/prova/V.dec"
\ 6V
\ 5/a
\ 6.
12 axiom stimes :
\ 5a href="cic:/matita/ricciott/prova/R.dec"
\ 6R
\ 5/a
\ 6 →
\ 5a href="cic:/matita/ricciott/prova/V.dec"
\ 6V
\ 5/a
\ 6 →
\ 5a href="cic:/matita/ricciott/prova/V.dec"
\ 6V
\ 5/a
\ 6.
14 interpretation "real plus" 'plus x y = (rplus x y).
15 interpretation "real times" 'times x y = (rtimes x y).
17 interpretation "vector plus" 'plus x y = (vplus x y).
18 interpretation "scalar product on vectors" 'times x y = (stimes x y).
20 axiom a :
\ 5a href="cic:/matita/ricciott/prova/R.dec"
\ 6R
\ 5/a
\ 6. axiom b :
\ 5a href="cic:/matita/ricciott/prova/R.dec"
\ 6R
\ 5/a
\ 6.
21 axiom x :
\ 5a href="cic:/matita/ricciott/prova/V.dec"
\ 6V
\ 5/a
\ 6. axiom y :
\ 5a href="cic:/matita/ricciott/prova/V.dec"
\ 6V
\ 5/a
\ 6. axiom z :
\ 5a href="cic:/matita/ricciott/prova/V.dec"
\ 6V
\ 5/a
\ 6.
23 include "basics/logic.ma".
25 axiom fa :
\ 5a href="cic:/matita/ricciott/prova/V.dec"
\ 6V
\ 5/a
\ 6 ->
\ 5a href="cic:/matita/ricciott/prova/R.dec"
\ 6R
\ 5/a
\ 6.
27 lemma pippo :
\ 5a href="cic:/matita/ricciott/prova/f.dec"
\ 6f
\ 5/a
\ 6 (
\ 5a href="cic:/matita/ricciott/prova/a.dec"
\ 6a
\ 5/a
\ 6\ 5a title="scalar product on vectors" href="cic:/fakeuri.def(1)"
\ 6*
\ 5/a
\ 6\ 5a href="cic:/matita/ricciott/prova/x.dec"
\ 6x
\ 5/a
\ 6 \ 5a title="vector plus" href="cic:/fakeuri.def(1)"
\ 6+
\ 5/a
\ 6 \ 5a href="cic:/matita/ricciott/prova/b.dec"
\ 6b
\ 5/a
\ 6\ 5a title="scalar product on vectors" href="cic:/fakeuri.def(1)"
\ 6*
\ 5/a
\ 6\ 5a href="cic:/matita/ricciott/prova/y.dec"
\ 6y
\ 5/a
\ 6 \ 5a title="vector plus" href="cic:/fakeuri.def(1)"
\ 6+
\ 5/a
\ 6 \ 5a href="cic:/matita/ricciott/prova/z.dec"
\ 6z
\ 5/a
\ 6)
\ 5a title="leibnitz's equality" href="cic:/fakeuri.def(1)"
\ 6=
\ 5/a
\ 6 \ 5a href="cic:/matita/ricciott/prova/a.dec"
\ 6a
\ 5/a
\ 6\ 5a title="real times" href="cic:/fakeuri.def(1)"
\ 6*
\ 5/a
\ 6(
\ 5a href="cic:/matita/ricciott/prova/f.dec"
\ 6f
\ 5/a
\ 6 \ 5a href="cic:/matita/ricciott/prova/x.dec"
\ 6x
\ 5/a
\ 6)
\ 5a title="real plus" href="cic:/fakeuri.def(1)"
\ 6+
\ 5/a
\ 6 \ 5a href="cic:/matita/ricciott/prova/b.dec"
\ 6b
\ 5/a
\ 6\ 5a title="real times" href="cic:/fakeuri.def(1)"
\ 6*
\ 5/a
\ 6(
\ 5a href="cic:/matita/ricciott/prova/fa.dec"
\ 6fa
\ 5/a
\ 6 \ 5a href="cic:/matita/ricciott/prova/y.dec"
\ 6y
\ 5/a
\ 6) + z.