Let $F:\mathbb{R}^2\to \mathbb{R}^2$ be a homogeneous function of degree $k\in \mathbb{Z}_+$ (i.e., $F(tx)=t^kF(x)$, $t>0$) such that $F^{-1}(\{0\}) = (0)$. It is true that F has topological degree less than or equal to k? This is true if F is homogeneous polynomial!
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removed deprecated tag 'geometry' and unapliccable tag 'fa.functional-analysis'; I apologize for bumping this question
Ricardo Andrade
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It is true that a homogeneous function of degree k has topological degree less than or equal to k?
UserX2017
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