anonymous
  • anonymous
Which of the following leads to the conclusion that momentum is conserved? proportionality between weight and mass equal magnitude and opposite direction of action-reaction pairs of forces equivalence principle relation between translation and rotation of an object that is rolling
Physics
schrodinger
  • schrodinger
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anonymous
  • anonymous
sooo...do you understand the question?
anonymous
  • anonymous
not really... Proportionality between weight and mass would make sense but I'm really not sure sorry :/
anonymous
  • anonymous
dnt worry ...its cool..thanks though :)

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anonymous
  • anonymous
;)
TuringTest
  • TuringTest
The answer is 'equal magnitude and opposite direction of action-reaction pairs of forces' as a matter of fact, Newton's second law\[F=ma=m\frac{dv}{dt}\]is better stated as\[F=\frac{dp}{dt}\]where p is momentum. This makes Newtons third law become\[F_a=-F_r\to\frac{dp_1}{dt}=-\frac{dp_2}{dt}\]which suggests conservation of momentum.

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