# Summer Camp

Welcome to this summer camp where you might be connected to the person next to you!

Participants

• I'm associated with the eighth problem in a list which is associated with another participant. (4)
• Did you know that $$3^2-2^3=1$$3²-2³=1  is the unique answer? (6)
• I often find that putting my belongings into drawers and shelves help me solve problems. (9)
• I arrived at the hotel in a coach last night. There were so many guests! (1)
• I came across a truly remarkable theorem today. (1)
• Could you fill up this bottle for me please? (3)
• I can help if you think the binomial distribution has too many limitations. (7)
• I think cylinders function well. (2)
• I carry these chains around all the time. (2)
• What a beautiful equation - who would've thought these constants are all related to each other! (3)
• I introduced the first problem in a list which is associated with another participant. (5)
• I generalized the integral first rigorously defined by another participant and now I have my own! (6)
• My inequality follows directly from an inequality associated with another participant. (5)
• This is the least well-behaved function I've ever seen - its derivative doesn't exist! (3)
• If a little theorem doesn't satisfy you, don't worry, I've got a great theorem! (6)
• I love collaborating with others. (5) Image

\small \begin{align} & \beta + \delta - z + \left\lfloor \frac{l}{30} \right\rfloor + \frac{1}{2}(v-s-r)(\zeta-g-\left\lfloor \frac{\epsilon}{42} \right\rfloor -2) + ceijk(w+\left\lfloor \frac{t-u}{4} \right\rfloor)\\ & - \left\lfloor adx(b+oy) \left(3fy \left( \beta - \left\lfloor \frac{q}{17} \right\rfloor + 15 \right) + \left(p - \left\lfloor \frac{z}{10} \right\rfloor + 7 \right) \left(h + \left\lfloor \frac{l}{62} \right\rfloor +1 \right) - \gamma - \frac{n}{2} -2 \right) \times 10^{-\left\lfloor \frac{\alpha}{m} \right\rfloor-2} \right\rfloor \end{align}

Hint: $$\Sigma = 1034339$$Σ = 1034339
 $$a$$ $$b$$ $$c$$ $$d$$ $$e$$ $$f$$ $$g$$ $$h$$ $$i$$ $$j$$ $$k$$ $$l$$ $$m$$ $$n$$ $$o$$ $$p$$ $$q$$ $$r$$ $$s$$ $$t$$ $$u$$ $$v$$ $$w$$ $$x$$ $$y$$ $$z$$ $$\alpha$$ $$\beta$$ $$\gamma$$ $$\delta$$ $$\epsilon$$ $$\zeta$$