Tame

Tilt axis motor experiment (TAME)

VTMt2 = G Ft 3 ( sec) (ft/sec 2)(ft/sec2) Lbs

= 33ft/sec2

Ft3(sec)(ft/sec2) = lbs 33 V=100ft3 C=2sec Mt=33ft/sec2 M=5lbs 100ft3(2sec)(1ft/sec2)=5lbs 200ft3(1ft/sec3) = 5lbs 40ft3( 1ft/sec3) 1lbs

=1

1ft/sec3= 40ft3/1lbs

=

volume

= (ft2/sec)(ft2/sec2) Mass

= lbs

One two dimensional or flat object spinning at a slow rate ex: 2 ft/sec One two dimensional of flat object spinning at an exponential factor of 2 in relationship to the first object ex: 2-4-16.……. One mass is the sum of the two spinning objects…. Or one 3 dimensional object spinning at a slow or fast rate in a linear but curved path. Ex: a sphere spinning inside of a tube. Level path. One tube where sphere rotates along one dimension (inside wall) with linear motion. Ex: tube tilts with the motion from the motion of the spheres mass. Sphere is magnetic. Tube is non-magnetic. Tube and sphere are placed in motor stator windings Tube is tilted in relation to stator

Question: will I need to place a magnetic axis mass inside the tube. Metaphor: (1) the motor winding magnetic field represents the mysterious energy of the universe. (2) the inside axis mass would represent a sun, a central mass gravity (3) the sphere would represent a planet in rotation around sun. The stator would power the rotation of the sphere. The axis mass would be a relatively dense material in relation to sphere and be magnetically charged for simulated gravitational field. The sphere would be of a conductive material

( iron). The relative distance for placement of the sphere would be balance with the ability to increase axial mass energy ( done to find the spheres balance between the two magnetic fields) The tilt is to cause a rise and fall of sphere position in order to avoid polarity lock.