• HomePage
  • Experiences
    • A.S. 2016-2017
      • Harmonic oscillator
    • A.S. 2015-2016
      • RL Circuit
    • A.S. 2014-2015
      • PV
      • Matrices
    • A.S. 2013-2014
      • Airplane
      • Third Degree Equations
      • Timber and harmonics
      • Operative research
      • Atomic Spectra
    • A.S. 2012-2013
      • Biliards
      • RC CIRCUITS
      • Box
      • Motorcycle
  • query
  • Archive
    • Scientific Articles
    • Ask to Archimede
    • Curiosities
    • Problem of the month
    • Scientific essays
    • Copyright writings
  • Olympics
    • Math's olympic games 2015/2016
    • Math's olympic games 2014/2015
    • Math's olympic games 2014/2015
  • Reviews
  • About us
    • A.S. 2020-2021
    • A.S. 2019-2020
    • A.S. 2018-2019
    • A.S. 2017-2018
    • A.S. 2016-2017
    • A.S. 2015-2016
    • A.S. 2014-2015
    • A.S. 2013-2014
  • Gallery
    • A.S. 2015/2016
    • A.S. 2014/2015
    • A.S. 2013/2014
  • Radio
  • Contact us
    • Facebook
    • Ask to Archimede

Archimede Project

ISISS MARCO CASAGRANDE

Problem of the month

PROBLEM


Find how many couples of integers satisfie at the same time these two conditions:

  • the sum of their squares is minor than 13;

  • the sum of their absolute values is major or equal to 4.

  • Can we change the number 13 in order to have exactly four couples of integers?

    solution by: Anna Barisan and Gioella Lorenzon

    PROBLEM

    A rope which length is l meters is bonded to the ceiling trough one of its endings. The other ending is pulled up vertically in a way for the rope to be disposed as in the figure. If the free ending is pulled up of n meters, how much does the lowest point of the rope ascend? Suppose that segments AB and BC, whose sum is obviously l, are perfectly parallel.

    solution by: Teacher carraro

    PROBLEM


    Rewrite the following polynomials as squares:

  • x4 + 6x3 + 17x2 + 24x + 16;

  • x4- 8x3 + 26x2 - 40x + 24.

    solution by: razvan galatanu
    solution by: teacher fabio breda

  • Archimede project site made by:
    Razvan Galatanu, Andrea Pizzardo, Leonardo Rebeschini, Pietro Zanin e Luigi Maninchedda.