Find a closed form of\[ \int_{0}^{1} \ldots \int_{0}^{1} \left \{ \dfrac{x_{1}}{x_{2}} \right \} \left \{\dfrac{x_{2}}{x_{3}}\right \} \ldots \left \{\dfrac{x_{n-1}}{x_{n}}\right \} \left \{\dfrac{x_{n}}{x_{1}}\right \} \ \mathrm{d}x_{1} \ \mathrm{d}x_{2} \ldots \mathrm{d}x_{n} \quad ; \quad n \geq 3 \]

**Notation :** \(\{ \cdot \}\) denotes fractional part function.

This is a part of the set Formidable Series and Integrals

## Comments

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TopNewestDamn. Its looks so difficult :D it is easier to solve a rubic's cube in 1 min rather solving this problem :p – Aman Rajput · 9 months, 1 week ago

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\(\displaystyle\int _{ 0 }^{ 1 }{ \left\lfloor \frac { { x }_{ 1 } }{ { x }_{ 2 } } \right\rfloor \left\lfloor \frac { { x }_{ 3 } }{ { x }_{ 1 } } \right\rfloor d{ x }_{ 1 } } \)

:( – Hummus A · 9 months ago

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– Aman Rajput · 8 months, 3 weeks ago

okay i will tryLog in to reply

Case \(n=2\) is very simple. – Ishan Singh · 9 months, 1 week ago

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– Aman Rajput · 9 months, 1 week ago

ya right :)Log in to reply