[h=1] [/h][h=1] [FONT="]Hi, can u help me, i have a lot of tasks in Algebra and i don`t understand, how can i prove them. I understand the tasks but proof is yet impossible for now. Can u show me, how i must proove these type of tasks. So the task:
For every quantity M "different to 0" ist the quantity depiction(M;R) of all depictions f:M"arrow"R a R-vektorspace via:
(f + g)(x) := f(x) + g(x); (af)(x) := af(x) (x [/FONT][FONT="]“is from”[/FONT][FONT="] M)
(f;g "is from" depiction(M;R), a "is from " R) - that should be prove. U must look and pay attention to t "is from" R und :
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u should define element f_t "is from" depiction(R;R). U schould solve - Is this Family (f_t)"(small t)" " is from" R linearly independent in R-Vektorspace depiction (R;R)?
Aufgabe 18[/FONT]
[/h][h=1][FONT="]Fur• jede Menge M [/FONT][FONT="]“unterschiedlich zu“ 0[/FONT][FONT="] ist die Menge Abb(M; R) aller Abbildungen f : M [/FONT][FONT="]pfleile[/FONT][FONT="] R ein R-Vektorraum via[/FONT]
[FONT="](f + g)(x) := f(x) + g(x); (af)(x) := af(x) (x [/FONT][FONT="]“ist von”[/FONT][FONT="] M)[/FONT]
[FONT="](f; g [/FONT][FONT="]“ist von”[/FONT][FONT="] Abb(M; R), a [/FONT][FONT="]“ist von”[/FONT][FONT="] R), das braucht nicht bewiesen zu werden. Betrachte fur• t "ist von" R das durch[/FONT]
[FONT="]de[/FONT][FONT="]fi[/FONT][FONT="]nierte Element f[/FONT][FONT="]_[/FONT][FONT="]t [/FONT][FONT="]“ist von”[/FONT][FONT="] Abb(R; R). Entscheide, ob die Familie (f[/FONT][FONT="]_[/FONT][FONT="]t)t[/FONT][FONT="] „ist von“[/FONT][FONT="]R linear unabhangig• im R-Vektorraum Abb(R; R) ist.[/FONT]
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For every quantity M "different to 0" ist the quantity depiction(M;R) of all depictions f:M"arrow"R a R-vektorspace via:
(f + g)(x) := f(x) + g(x); (af)(x) := af(x) (x [/FONT][FONT="]“is from”[/FONT][FONT="] M)
(f;g "is from" depiction(M;R), a "is from " R) - that should be prove. U must look and pay attention to t "is from" R und :
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[FONT="]f_[/FONT][FONT="]t[/FONT][FONT="](index t)[/FONT][FONT="](x) :=[/FONT] | [FONT="] 0[/FONT] | [FONT="]x[/FONT] | [FONT="]< t;[/FONT] | [FONT="] [/FONT][FONT="](x [/FONT][FONT="]“is from”[/FONT][FONT="] R) [/FONT] |
[FONT="] 1 [/FONT] | [FONT="]x[/FONT] | [FONT="] =>[/FONT] | [FONT="]t[/FONT] |
Aufgabe 18[/FONT]
[/h][h=1][FONT="]Fur• jede Menge M [/FONT][FONT="]“unterschiedlich zu“ 0[/FONT][FONT="] ist die Menge Abb(M; R) aller Abbildungen f : M [/FONT][FONT="]pfleile[/FONT][FONT="] R ein R-Vektorraum via[/FONT]
[FONT="](f + g)(x) := f(x) + g(x); (af)(x) := af(x) (x [/FONT][FONT="]“ist von”[/FONT][FONT="] M)[/FONT]
[FONT="](f; g [/FONT][FONT="]“ist von”[/FONT][FONT="] Abb(M; R), a [/FONT][FONT="]“ist von”[/FONT][FONT="] R), das braucht nicht bewiesen zu werden. Betrachte fur• t "ist von" R das durch[/FONT]
[FONT="]f_[/FONT][FONT="]t[/FONT][FONT="](index t)[/FONT][FONT="](x) :=[/FONT] | [FONT="]0[/FONT] | [FONT="]x[/FONT] | [FONT="]< t;[/FONT] | [FONT="] [/FONT][FONT="](x [/FONT][FONT="]“ist von”[/FONT][FONT="] R)[/FONT] |
[FONT="](1[/FONT] | [FONT="] x[/FONT] | [FONT="] [/FONT] | [FONT="]t[/FONT] | |
[FONT="] [/FONT] | [FONT="] [/FONT] | [FONT="] [/FONT] | [FONT="] [/FONT] | [FONT="] [/FONT] |
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