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Calculus as never touched before
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Calculus as never touched before
We introduce a prototype of a patent-pending geometric-mechanical device for the popularization and the teaching of calculus through hands-on activities.
For further information or to buy the already assembled machine, visit www.machines4math.com or write to [email protected]
Materials needed
The proposed device requires 3D printing (we used resin) and laser cutting (of plexiglass and MDF).
For the laser cutting you need:
MDF sheet, thickness 4mm;
extruded plexiglass, thickness 3mm;
extruded plexiglass, thickness 5mm.
Furthermore, you also need:
2 aluminium u-profiles 6x6x1, each one of length 400mm (you can cut them from something like this one)
3 deep groove ball bearings 8x12x3.5 (like these ones)
2 u-grooved ball bearings 4x13x4 (like these ones)
2 o-rings 8.9x2.7 (like these ones)
1 spike rivet (like the long ones here)
1 M3 knurled screw (like one of these ones)
8 countersunk wood screw
We introduce a prototype of a patent-pending geometric-mechanical device for the popularization and the teaching of calculus through hands-on activities.
For further information or to buy the already assembled machine, visit www.machines4math.com or write to [email protected]
Materials needed
The proposed device requires 3D printing (we used resin) and laser cutting (of plexiglass and MDF).
For the laser cutting you need:
MDF sheet, thickness 4mm;
extruded plexiglass, thickness 3mm;
extruded plexiglass, thickness 5mm.
Furthermore, you also need:
2 aluminium u-profiles 6x6x1, each one of length 400mm (you can cut them from something like this one)
3 deep groove ball bearings 8x12x3.5 (like these ones)
2 u-grooved ball bearings 4x13x4 (like these ones)
2 o-rings 8.9x2.7 (like these ones)
1 spike rivet (like the long ones here)
1 M3 knurled screw (like one of these ones)
8 countersunk wood screw
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