Assertion: momentum | /r/HasProperty | a vector quantity
Facets:
value: with its direction
type: OTHER
value: similarly
type: DEGREE
value: the same as the velocity
type: OTHER
value: clearly
type: MANNER
value: with units
type: OTHER
value: as with momentum
type: OTHER
Source sentences:
text: Momentum is a vector quantity .
text: As with momentum itself, impulse is a vector quantity.
text: Force and momentum both are vector quantities.
text: Impulse and momentum are both vector quantity, meaning that both possess magnitude and direction.
text: Impulse and momentum are both vector quantity, meaning that both possess magnitude and direction.
text: Momentum is a clearly a vector quantity, with units, kg.m/s (SI) or slug.ft/s (British).
text: When calculating momentum, one must also calculate the direction in which the object is moving, since momentum is known as a vector quantity.
text: Momentum is a vector quantity; i.e., it has both magnitude and direction.
text: Note the definition says velocity, not speed, so momentum is a vector quantity.
text: Momentum is a vector quantity: it has both magnitude and direction.
text: Similarly, the momentum is a vector quantity and is represented by a boldface symbol:
text: Momentum is a vector quantity, which has both direction and magnitude.
text: Momentum is a vector quantity that is the product of the mass and the velocity of an object or particle.
text: Momentum is also a vector quantity –
text: Momentum is a vector quantity and takes place in the direction of velocity.
text: Momentum is a vector quantity, which has both direction and magnitude.
text: Dealing with momentum is more difficult than dealing with mass and energy because momentum is a vector quantity having both a magnitude and a direction.
text: Because momentum is a vector quantity, a greater momentum would mean it took a greater amount of force to cause the object to slow down, stop or change direction.
text: Momentum is a vector quantity.
text: Momentum is a vector quantity with its direction the same as the velocity.
text: Since the momentum depends on the velocity, it is also a vector quantity.
text: Note that since momentum is a vector quantity, this equation is actually three scalar equations, one for momentum along each of the three Cartesian axes, x,y,z.
text: Remember, momentum is a vector quantity.
text: Momentum is a vector quantity.
text: Momentum is a vector quantity.
text: Because momentum is a vector quantity, this means it has both magnitude and direction.
text: Since force is a vector quantity, impulse is also a vector quantity.
text: Impulse is a vector quantity.
text: Since force is a vector quantity, impulse is also a vector quantity.
text: Since force is a vector quantity, impulse is also a vector quantity.
text: Momentum and force are both vector quantities.