Assertion: momentum | /r/HasProperty | vector
Facets:
value: with a direction
type: OTHER
value: in three dimensions
type: OTHER
value: with both a value
type: OTHER
value: with units of [kg.m.s-1]
type: OTHER
Source sentences:
text: Momentum is a Vector
text: Impulse is a vector with units of [kg.m.s-1] or since [kg.ms-2] is equivalent to a Newton [N], the units of impulse are
text: Being a vector, momentum has magnitude and direction.
text: Momentum is a vector in three dimensions; similarly four-momentum is a four-vector in spacetime.
text: Momentum is a vector: it has size AND direction.
text: Momentum is a vector.
text: Momentum is a vector.
text: Momentum is a vector describing a "quantity of motion"
text: This momentum is a vector.
text: The second note is built into this equation; momentum is a vector, and the momentum has the same direction as the velocity.
text: Note that is the water bounced off the wall and came back with a momentum of 30 kg m/s towards the hose, that would represent a net change in momentum of 60 kg m/s towards the hose, because momentum is a vector.
text: in general, so, since velocity is a vector, momentum is also a vector, pointing in the same direction as the velocity, of course.
text: Since momentum is a vector, the techniques of vector addition discussed in This chapter must be used to calculate the total momentum of a system.
text: Momentum is a vector.
text: Since momentum is a vector, all objects in a closed system can individually have momentum but the system as a whole can have a net momentum of zero.
text: It goes back to the fact, mentioned by others, that momentum is a vector--specifying magnitude and direction--and kinetic energy is a scalar--specifying only magnitude.
text: Impulse is a vector, with both a value and a direction, and is represented by the symbol .