VictorEspinoza
New Member
NEW METHOD “ESPINOZA” FOR THE CONSTRUCTION OF NEW SPATIAL PROPELLANTS
BY
VICTOR ELIAS ESPINOZA GUEDEZ
18 JANUARY 2014
victor.espinoza.13@hotmail.com
SUMMARY
Using atmospheric pressure, we can move the force of the air. This allows to move the propellant to a one only side, since the air is not going to stop the propellant.
SCIENTIFIC VERIFICATION
We will use a cardboard tube, or, a thin plastic tube.
With scissors, they need to open a hole in the tube (see graph A3A).
With the mouth, you should blow the tube. But it must be capping into the other end of the tube to leave the air, through the hole made with scissors (see graph A3A).
In this way it is proven that the strength of the breeze will be diverted. Because the person will boost for back.
Note: Must stand firm as in the army, with closed legs.
FOR SALE: THE DISCOVERY
TO MANUFACTURE NEW SPATIAL PROPELLANTS
GRAPHICS (A3A)
BY
VICTOR ELIAS ESPINOZA GUEDEZ
18 JANUARY 2014
victor.espinoza.13@hotmail.com
SUMMARY
Using atmospheric pressure, we can move the force of the air. This allows to move the propellant to a one only side, since the air is not going to stop the propellant.
SCIENTIFIC VERIFICATION
We will use a cardboard tube, or, a thin plastic tube.
With scissors, they need to open a hole in the tube (see graph A3A).
With the mouth, you should blow the tube. But it must be capping into the other end of the tube to leave the air, through the hole made with scissors (see graph A3A).
In this way it is proven that the strength of the breeze will be diverted. Because the person will boost for back.
Note: Must stand firm as in the army, with closed legs.
FOR SALE: THE DISCOVERY
TO MANUFACTURE NEW SPATIAL PROPELLANTS
GRAPHICS (A3A)