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Exercise 17

Avg difficulty 3.0

Consider the space of polynomials Pn\mathcal{P}_{n}.

  • Show that for each ii, the ii-th derivative operator di/dxid^{i}/dx^{i} is a linear transformation of that space.

  • Conclude that for any scalars ck,…,c0c_{k},\ldots,c_{0} this map is a linear transformation of that space.

    f  ↦  ckdkdxkf+ck−1dk−1dxk−1f+⋯+c1ddxf+c0ff\;\mapsto\;c_{k}\frac{d^{k}}{dx^{k}}f+c_{k-1}\frac{d^{k-1}}{dx^{k-1}}f+\dots+c_{1}\frac{d}{dx}f+c_{0}f

Hefferon, Linear Algebra, Maps Between Spaces, Definition, Exercise 17

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Adapted from Linear Algebra © 2016 Jim Hefferon. Licensed under CC BY-SA 3.0 US. Source: Linear Algebra. Imported at revision df2262e.