[guest39538]

A xyzt matrice/matrix made of a negative situate field.

At the center of the matrice/matrix a single ''spark''

The +q has to travel up the ''wire'' attracted to the whole of the ''neg wire''?

[jeffreyH]

Take a look at this. It contains a series of questions to be answered. Knowing the right question to ask is important.
https://wsscience.wikispaces.com/file/view/IB+Physics+Review+-Electrostatics+and+Fields.pdf

NOTE: The answers are at the bottom of the PDF.

[guest39538]

Take a look at this. It contains a series of questions to be answered. Knowing the right question to ask is important.
https://wsscience.wikispaces.com/file/view/IB+Physics+Review+-Electrostatics+and+Fields.pdf

NOTE: The answers are at the bottom of the PDF.

Did you know that question 1 in your link has insufficient information to plot the path because it does not give a speed.  If the object is travelling a speed greater than force of attraction the object will travel in a straight line and not follow a curvature path.

However I will use your questions to ask  my original question. 

This question is about the attraction  of opposite polarities in electric and magnetic fields.

The diagram shows  a vacuum  that the entire volume consists of negative charge, to represent negative I used 0.

At the center of the diagram I have placed a positive charge,

Is the positive charge attracted to the whole of the volume ? i.e it permeates isotropic

Could this scenario be extended to that the negative field is the ''Aether'' we seek?

[guest39538]

This question is about the attraction of opposite polarities in electric and magnetic fields in a vacuum.

If the volume of a vacuum consisted of solely a negative polarity field, at the center of the vacuum manifested a single positive charge.

Would the positive charge be attracted to the whole of the vacuums negative field and permeate isotropic using the negative field as the ''Aether'' ?

[Colin2B]

If the object is travelling a speed greater than force of attraction the object will travel in a straight line and not follow a curvature path.

Speed and force are different things, so that statement is incorrect.
The path will always be curved no matter what the speed, but at higher speeds the curvature will be smaller.

[guest39538]

If the object is travelling a speed greater than force of attraction the object will travel in a straight line and not follow a curvature path.

Speed and force are different things, so that statement is incorrect.
The path will always be curved no matter what the speed, but at higher speeds the curvature will be smaller.

I know force and speed are different.

The path will not always be curved that is why we have an escape velocity. It takes precise calculations to retain an orbit.
You never heard of a slingshot around the moon giving the rocket enough momentum to escape the gravitational hold?

[guest39538]

added - diagram

[guest39538]

I have thought of an experiment to either prove or disprove the ''aether field'' exists and my notions are correct or incorrect. (an actual physical experiment).