The equation(s) below is mathematical equivalent to the following:
[]..., energy, mass, velocity, space, []E[]..., time dilation(s)..., [] image(s).
[]..., energy, mass, velocity, space, []E[]..., time dilation(s)..., [] image(s).
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∑ x + y (x2 − 1) = 2y
{x:|½|+x=|E →μt|2r/v2, Δy, x:|E = μ|-x =|½|2f/2v • t}
x||E||y → t = (-x,-μ, t±y +μ+t)1
1 = (E)||x + y||≤||±x||≥||-y||μt||
_____________________________________________________________________________1 = (E)||x + y||≤||±x||≥||-y||μt||
f * y (t) E = μt∫ f (r) y (t - r) dr
+½1(dt • dr • t) ∫λ=(Δ+t ±γ Δ-t) t-½
_____________________________________________________________________________+½1(dt • dr • t) ∫λ=(Δ+t ±γ Δ-t) t-½
E ≈ +1½ = Δt
∏+1½|Δ= t±γ|-Δt -1½λ
t ≈ -1½ = λ
_____________________________________________________________________________∏+1½|Δ= t±γ|-Δt -1½λ
t ≈ -1½ = λ
∑ E ≈||+∞… γ± …-∞||μt=||-∞… λ± …+∞||
√μt=||-∞… λ± …+∞||E ≈||+∞… γ± …-∞||
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