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Does relavistic mass have a gravitational component?
Certainly.
Gravity may be defined as an acceleration d/sq(t)
and E = m * sq(c)
compnent sq(c) = (d*d) / sq(t) = d * (d/sq(t))
Thus d/sq(t) is a component of m * sq(c)
Hope this helps ;)
Certainly.
Gravity may be defined as an acceleration d/sq(t)
and E = m * sq(c)
compnent sq(c) = (d*d) / sq(t) = d * (d/sq(t))
Thus d/sq(t) is a component of m * sq(c)
Hope this helps ;)