Question: $cdot $ Let $T: C[-1,1] ightarrow mathbb{R}, T(f)=int_{-1}^{1} e^{t} f(t) d t$ (a) Show that $N(T)$ is a complete subspace of $C[-1,1]$. (b) Show that

 $\cdot $ Let $T: C[-1,1] ightarrow \mathbb{R}, T(f)=\int_{-1}^{1} e^{t} f(t) d

$\cdot $ Let $T: C[-1,1] ightarrow \mathbb{R}, T(f)=\int_{-1}^{1} e^{t} f(t) d t$ (a) Show that $N(T)$ is a complete subspace of $C[-1,1]$. (b) Show that the set $\{f \in C[-1,1]: f$ is odd $\} \varsubsetneqq N(T)$. CS.VS. 1583| 0. |

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