Ganze Zahlen Definition des Produktes
Author: Prof. Dr. Dörte Haftendorn
Date: Okt 06

Ganze Zahlen

Repräsentantenunabghängigkeit des Produktes

Ha 06

B = (5, 2)
fb(x) = x - x(B) + y(B)
A = (0, 2)
fa(x) = x - x(A) + y(A)
O = Intersect(xAxis, yAxis)
W = Point(fa)
w = Vector(O, W)
Z = Point(fb)
z = Vector(O, Z)
summe: w + z
Prod: (x(Z) * x(W) + y(Z) * y(W), x(Z) * y(W) + y(Z) * x(W))
produkt = Vector(O, Prod)
ZA = Intersect(fa, xAxis)
ZB = Intersect(fb, xAxis)
Sum: (x(W) + x(Z), y(W) + y(Z))
u = Vector(O, ZA)
v = Vector(O, ZB)
e: u + v
loc1 = Locus(Prod, Z)
loc2 = Locus(Prod, Z)
ZP: (x(ZA) * x(ZB), 0)
p = Vector(O, ZP)