Cracking the CR-4 (Part One) Pascal's principle
that applies pressure to a fluid is transmitted fully to all their points as well as the walls of the vessel that contains it.
Fluid
By fluid means the matter in terms of displaying the relative motion between the parts that make up , or who has condition of drain, leak.
Pressure
pressure in a fluid is defined by
In our robot we then pushing syringes and responsive fluid (often water) which gives us the following equation:
Note:
Substituting the values \u200b\u200bof P in the above equation, we get:
Isolating F2 we have the following equation:
Thus, the greater the Area1 (A 1 ) and lower the area2 (A 2) the lower the força2 (F 2) required to move the plunger that is pushed by força1 (F 1 )! And in case A1 = A2, we have:
This is not the ideal situation, but it was the first that we had in hand with the CR-4, big balcony here is to realize that we can move heavy objects by using less power, thus reducing the work rate and minimizing the energy expended to perform the work.
See below a very interesting example of what we just see. This is the principle applied in hydraulic lifts, like the example below.
End of Part One .. .
... Soon we will bring more details!
Thanks on behalf of the entire group CR-4,
Amauri Cabral Jr.
grupocr4@gmail.com