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# Between mass and velocity, there is a close relationship between p and v. Both formulas, momentum and velocity, are based on the mass over volume and volume over density relationships.

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Question: p = mv p = mass over volume p = volume over mass m = density over volume p = volume over density v = density over mass v = mass over density Which formulas show the relationships between momentum, mass, and velocity based on the answer choices above? prove your answer

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. Momentum = Mass x Velocity (p = mv) Volume = Density x Mass (v = density/mass) Mass = Density x Volume (m = density/volume) Therefore, the relationships between momentum, mass, and velocity based on the answer choices above are: Momentum = Mass x Velocity (p = mv) Mass = Volume x Density (m = volume/density) Velocity = Mass x Density (v = mass/density)

Jan. 6, 2023, 9:12 a.m.

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