Let $V$ be a vector space and $v,w\in V$ two vectors. Let $M$ be an endomorphism of $V$. Then $M(v)\in V$ and $M(v)\wedge v\wedge w\in\bigwedge^3 V$. What does the expression $$(M(v)\wedge v\wedge w)v$$ mean?
2026-03-30 12:20:49.1774873249
Applying a $3$-vector to a vector
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