This is an explosion question Red car: mass = 1 kg velocity = 1 m/s Blue car: mass = 2 kg velocity = 1 m/s Red car's momentum before collision: __1.0___ kg*m/s Blue car's momentum before collision: _2.0____ kg*m/s Total momentum before collision: _3.0____ kg*m/s Red car's velocity after collision: __-9.0___ m/s Red car's momentum: ___-9.0__ kg*m/s Red car's velocity after collision: __6.0___ m/s Blue car's momentum: __12.0___ kg*m/s Total momentum after collision: __3.0___ kg*m/s What was the difference in momentum? Was momentum conserved? Was the energy conserved?
This is an explosion question Red car: mass = 1 kg velocity = 1 m/s Blue car: mass = 2 kg velocity = 1 m/s Red car's momentum before collision: __1.0___ kg*m/s Blue car's momentum before collision: _2.0____ kg*m/s Total momentum before collision: _3.0____ kg*m/s Red car's velocity after collision: __-9.0___ m/s Red car's momentum: ___-9.0__ kg*m/s Red car's velocity after collision: __6.0___ m/s Blue car's momentum: __12.0___ kg*m/s Total momentum after collision: __3.0___ kg*m/s What was the difference in momentum? Was momentum conserved? Was the energy conserved?
Principles of Physics: A Calculus-Based Text
5th Edition
ISBN:9781133104261
Author:Raymond A. Serway, John W. Jewett
Publisher:Raymond A. Serway, John W. Jewett
Chapter8: Momentum And Collisions
Section: Chapter Questions
Problem 13OQ
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This is an explosion question
Red car: mass = 1 kg velocity = 1 m/s
Blue car: mass = 2 kg velocity = 1 m/s
Red car's momentum before collision: __1.0___ kg*m/s
Blue car's momentum before collision: _2.0____ kg*m/s
Total momentum before collision: _3.0____ kg*m/s
Red car's velocity after collision: __-9.0___ m/s
Red car's momentum: ___-9.0__ kg*m/s
Red car's velocity after collision: __6.0___ m/s
Blue car's momentum: __12.0___ kg*m/s
Total momentum after collision: __3.0___ kg*m/s
What was the difference in momentum? Was momentum conserved?
Was the energy conserved?
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