The relationships between momentum, mass, and velocity can be inferred from the given information. Volume and density are inversely related, while mass and velocity are inversely related.

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

Asked by davion

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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)

Answered by text-davinci-003

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

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Published: Friday, January 6, 2023

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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