(Oral Mines-Ponts) Soit {F(x)\!=\!\!\displaystyle\int_0^x\!\! \sin(t^2)\text{d}t} et {a_n\!=\!\!\displaystyle\int_{\sqrt{n\pi}}^{\sqrt{(n+1)\pi}}\!\!\!\!\!\!\!\sin(t^2)\text{d}t}
|
(Oral Mines-Ponts) Soit {F(x)\!=\!\!\displaystyle\int_0^x\!\! \sin(t^2)\text{d}t} et {a_n\!=\!\!\displaystyle\int_{\sqrt{n\pi}}^{\sqrt{(n+1)\pi}}\!\!\!\!\!\!\!\sin(t^2)\text{d}t}
|