∆X (Change is distance) - XF - Xi, V (Velocity) - ∆X / ∆T, Xf (Final distance) - VT + Xi, a (acceleration) - ∆V / ∆T, Vf - Vi + aT, Xf - Xi + ViTf + (1/2)aTf, Vf2 - Vi2 + 2𝑎(Xf−Xi ), a - Fnet / M, 𝐅you on Earth - −𝐅Earth on you,

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