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The force between two charges.

The centrifugal force between two rotating masses.

The r * r in that equation is it the radie or the diameter? I mean the length.

The mass of light. There are two versions.

Which one is right?

mass = h Planck konstant*f frequnsy

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c * c

The Planck konstant can be modified to be divided by 2pi.

Should it? It would seem so if compared by the maximum mass a light photon can have.

mass = h Planck konstant*f frequnsy

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c * 2 * pi c

Aslo the formula for an accelerating charge.

Charged partickles with mass are atrakted to each other and I am going to do an computer simulation.

How musch should the accelerating xyz be incremented per time unit?

The smaller time period the smaller increment in their trajektories.

F = something.

A Acceleration = (mass1 +mass2 )*time* q1 * q2

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distans between them

X led The acceleration is modified each interval in x and y and z led. +

or minus a ceartain element.

y led

z led

This acceleration x is then added to the x position of the partickle.

This acceleration y is then added to the y position of the partickle.

This acceleration z is then added to the z position of the partickle.

Is this right?

Have i forgotten something. Help is greatly apreciated.

Christopher. :tongue: