Physics, 02.11.2019 07:31, missfuture2020p5umxt

The magnitude of the force involved in a certain collision (measured in newtons) is equal to the change in momentum (measured in kilogram meters/second). what is the time interval of the collision?
a.1.0 second
b.0.5 seconds
c.2.0 seconds
d.2.5 seconds

Answers: 3

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Physics, 14.07.2019 11:30, chutchins0406

Answer for brainliest and mad points p two balls undergo inelastic collision. the y-momentum after the collision is 98 kilogram meters/second, and the x-momentum after the collision is 100 kilogram meters/second. what is the magnitude of the resultant momentum after the collision?

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Physics, 19.10.2019 23:50, cj31150631

The magnitude of the force involved in a certain collision (measured in newtons) is equal to the change in momentum (measured in kilogram meters/second). what is the time interval of the collision?

Answers: 3

continue

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The magnitude of the force involved in a certain collision (measured in newtons) is equal to the change in momentum (measured in kilogram meters/second). what is the time interval of the collision? a.1.0 secondb.0.5 secondsc.2.0 secondsd.2.5 seconds

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The magnitude of the force involved in a certain collision (measured in newtons) is equal to the change in momentum (measured in kilogram meters/second). what is the time interval of the collision?
a.1.0 second
b.0.5 seconds
c.2.0 seconds
d.2.5 seconds