Assertion: momentum | /r/HasProperty | opposite
Facets:
value: in other words
type: OTHER
value: in this situation
type: TEMPORAL
value: to that of the second
type: OTHER
value: to that
type: OTHER
value: after the push
type: TEMPORAL
value: to the impulse
type: OTHER
value: on the second
type: TEMPORAL
Source sentences:
text: The impulse is defined here for a single object, during a 2 body collision the impulse on the first object will be equal and opposite to that on the second.
text: Line six shows that the velocity that after the push apart the first object ends up with a momentum that is equal and opposite to that of the second object.
text: This means that the impulse (force times time) that A exerts on B is equal and opposite to the impulse that B exerts on A.
text: Finally, since the impulses are equal and opposite, B's change in momentum is equal and opposite to A's change in momentum:
text: Because the forces are always equal and opposite, the impulses are equal and opposite.
text: Notice again that in this situation after the push apart the momentum of the first object is equal and opposite to that of the second.
text: In other words, immediately after firing, the momentum of the firearm is equal and opposite to the momentum of the projectile.