Mechanics


 

 

 

 

 

 

 

 

   

MICROMETRIC SCREW


  Function
  To measure small distances.
Maker: Unsigned Price: Purchase date: Cat. 1876

  Description
  On a wooden basis is fixed a little bridge in which centre there is a graduated disk divided into 180 parts. In the centre of the disk there is a screw. A coaxial needle is used as indicator of the height of the body placed under the bridge.

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HYDROSTATIC BALANCE


  Function
  To study the buoyancy.
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Maker: Unsigned Price: L 100 Purchase date: 1873

  Description
  The balance lies on a wooden basis with four brass feet adjustable in height. The hollow brass column ends with a cradle to contain the beam and the fulcrum of the balance.
  On the front of the basis stands a lever to block and unblock the beam. The equipment is provided with normal pans and pans with hook besides a double cylinder for the experience of Archimedes.

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UNIVERSAL EQUINOCTIAL SUNDIAL


  Function
  Universal sundial for the measure of the time.
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Maker: Unsigned Price: L 60 Purchase date: Cat. 1862

  Description
  It is a mobile sundial set on a brass plate with an inserted compass and its graduated quadrant.

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PIEZOMETER


  Function
  To measure the compressibility of liquids.
Maker:
Unsigned
Price: L 90 Purchase date: 1886

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APPARATUS ILLUSTRATING THE PROPERTIES OF CAPILLARY TUBES


  Function
  To verify the Borelli - Jurin's law.
Maker:
Tecnomasio italiano - Milan
Price: L 22 Purchase date: 1877

  Description
  It is formed by four U shaped tubes, each with a branch of a one-centimeter diameter communicating with a capillary tube. The tubes are fixed on the same table and have a white celluloid graduated scale. The internal diameters of the capillary branches are different to verify the Borelli - Jurin's law.

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BAROSCOPE


  Function
  To study the Archimedean principle in the gases.
Maker: Unsigned Price: L 6 Purchase date: 1862

  Description
  The beam of a little balance carries a hollow brass sphere on one side and a little solid sphere of brass on the other side. At the normal atmospheric pressure the two weights are in equilibrium.
  In rarefied air the beam leans towards the sphere with greater volume.

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