[see also: moreover, furthermore, likewise, too]
Hence $f_n$ also converges to $f$.
We shall also leave to the reader the proof of (5).
Since $R$ is a polynomial in $x$, so also is $P$.
The map $G$ is also not $C^1$.
It is also not difficult to obtain the complete additivity of $\mu$.
The $k_i$ are not values of $u$ and hence also not values of $w$.
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