Let $U$ be a Banach Space. How regular is the $U$-valued function $f(t)$ defined as:
$$f(t)=\int_0^t g(t) dt$$
where $g\in L^p(0,1;U)$, $p>1$. We know that $f(t)$ is continuous in $t$, but is it Holder continuous with exponent $(p-1)/p$?
Let $U$ be a Banach Space. How regular is the $U$-valued function $f(t)$ defined as:
$$f(t)=\int_0^t g(t) dt$$
where $g\in L^p(0,1;U)$, $p>1$. We know that $f(t)$ is continuous in $t$, but is it Holder continuous with exponent $(p-1)/p$?
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