Vaughn Pritchard
07/12/2024 · High School
1. Sea \( T: \mathcal{M}_{2 \times 3}(\Re) \rightarrow \wp_{3}(x) \) tal que \( T\left(\begin{array}{lll}a & b & c \\ d & e & f\end{array}\right)=(a+b) x^{3}+(c-a) x^{2}+a x+c \) Probar el teorema de la dimensión
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Para probar el teorema de la dimensión, se determinan las dimensiones de los espacios involucrados: \( \mathcal{M}_{2 \times 3}(\mathbb{R}) \) tiene dimensión 6 y \( \wp_{3}(x) \) tiene dimensión 4. La imagen de \( T \) tiene dimensión 3, por lo que \( \dim(\text{Ker}(T)) \) es 3. Se cumple el teorema: \( \dim(\mathcal{M}_{2 \times 3}(\mathbb{R})) = \dim(\text{Ker}(T)) + \dim(\text{Im}(T)) \).
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