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Question #4
Consider the linear map, Prove that L^n x goes to 0 for all x in R^2. prove that if x does not lie on the y axis then the orbit of x tends to 0 tangentially to the x -axis.
4. Consider the linear map 0 L(x) = X.
Prove that LX → 0 for all x E R2. Prove that, if x does not lie on the y-axis, then the orbit of x tends to 0 tangentially t
4. Consider the linear map 0 L(x) = X.
Prove that L"X → 0 for all x E R2. Prove that, if x does not lie on the y-axis, then the orbit of x tends to 0 tangentially to the x-axis. lad an inteơral for a linear map L if F。 n :-
0 0
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Answer #1

X does ie of y oxi> the tre orb

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