martillo
Registered Senior Member
Billy T,
This is explained in Section 2.3 o my manuscript: "New interpretations for old experiments"
You empirically find that is verified:
q.v.B = k.m0.v2/r
I propose that the factor k belongs to the other side of the equation. Actually the equation must be:
s.q.v.B = m0.v2/r
where s = 1/k = (1-v2/c2)exp-1/2
This means that actually the electric and magnetic fields are affected by the relativistic factor "s" and not the mass!
The mass doesn't increase, is the force that decreases.
It's very easy...
This is explained in Section 2.3 o my manuscript: "New interpretations for old experiments"
You empirically find that is verified:
q.v.B = k.m0.v2/r
I propose that the factor k belongs to the other side of the equation. Actually the equation must be:
s.q.v.B = m0.v2/r
where s = 1/k = (1-v2/c2)exp-1/2
This means that actually the electric and magnetic fields are affected by the relativistic factor "s" and not the mass!
The mass doesn't increase, is the force that decreases.
It's very easy...
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