Fermat1
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How would I compute the following integral? Let t be in [0,1].
$\int_{0}^{t}|s-t|\,ds$
$\int_{0}^{t}|s-t|\,ds$
The integral $\int_{0}^{t}|s-t|\,ds$ for $t$ in the interval [0,1] evaluates to $\frac{t^2}{2}$. Since the integration occurs over the interval $[0,t]$, the expression $|s-t|$ simplifies to $-(s-t)$ because $s$ is always less than $t$. Thus, the integral can be rewritten as $-\int_0^t (t-s) ds$, leading to the final result after evaluation.
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Fermat said:How would I compute the following integral? Let t be in [0,1].
$\int_{0}^{t}|s-t|\,ds$
The integral is for s from 0 to t so s is always less than t and s- t is always negative. |s- t|= -(s- t) soFermat said:How would I compute the following integral? Let t be in [0,1].
$\int_{0}^{t}|s-t|\,ds$