Assertion: collision | /r/HasProperty | elastic
Facets:
value: completely
type: DEGREE
value: perfectly
type: MANNER
value: nearly
type: DEGREE
value: to some extent
type: DEGREE
value: generally
type: DEGREE
value: with no loss of kinetic energy
type: OTHER
value: often
type: TEMPORAL
value: specifically
type: DEGREE
Source sentences:
text: Specifically, collisions can either be elastic, meaning they conserve both momentum and kinetic energy, or inelastic, meaning they conserve momentum but not kinetic energy.
text: These collisions are inelastic, as kinetic energy is not conserved.
text: An inelastic collision in which the colliding bodies stick together and move as one body after the collision is often called a completely inelastic collision Inelastic Collisions:
text: In contrast, a collision in which kinetic energy is conserved throughout the collision is called an elastic collision.
text: A collision between two billiard balls are, to a good approximation, elastic.
text: In another category of the collision, which is called inelastic, energy appears in other forms, and the initial final kinetic energies are not equal.
text: The collisions of atoms are elastic collisions.
text: Any collisions in which the collided objects get separated after the collision is known as an elastic collision.
text: Collisions between hard spheres may be nearly elastic, so it is useful to calculate the limiting case of an elastic collision.
text: Because the collisions between billiard balls are nearly elastic, and the balls roll on a surface that produces low rolling friction, their behavior is often used to illustrate Newton's laws of motion.
text: Collisions of atoms are elastic, for example Rutherford backscattering.
text: Is this collision elastic or inelastic?
text: To determine whether the collision is elastic or inelastic, calculate the total kinetic energy of the system both before and after the collision.
text: Even if the forces of a collision are not known, we can find the motions of the particles after collision from the motions before collision, provided the collision is completely inelastic, or, if the collision is elastic, provided the collision takes place in one dimension.
text: A collision between two marbles or two billiard balls is almost completely elastic.
text: A coefficient of restitution describes to which degree the collision between two particles is elastic.
text: A collision is elastic
text: In the microscopic world, such as the magnetic interaction of atoms or electrons, there is a chance that the collision is elastic, because there is no physical contact between the objects.
text: (b) What happens if the collision is elastic?
text: (b) What would happen if the car and truck were both made out of rubber and the collision was elastic, with no loss of kinetic energy.
text: This case implies that a train moving at 60 miles/hr which hits a small rock on the track could send that rock forward at 120 miles/hr if the collision were head-on and perfectly elastic.
text: < Suppose the collision between the packages is elastic.
text: Since the collision is elastic, the kinetic energy of the system is conserved, hence
text: (A)If the collision is perfectly elastic, what is the ball's speed immediately after the collision?
text: Suppose the collision is elastic.
text: Since the collision is elastic, momentum and kinetic energy are conserved during the collision.
text: Since the collision is elastic, the ball will rebound upward after the collision.
text: When electrons collide with other particles, for example, the collision is elastic as no energy is lost.
text: The collision between subatomic particles is generally elastic.
text: The collision between two steel or glass balls is nearly elastic.
text: Is this collision elastic or inelastic?
text: To determine whether the collision is elastic or inelastic, calculate the total kinetic energy of the system both before and after the collision.
text: All collisions between real objects are to some extent inelastic.
text: When the two bodies stick together after the collision, the collision is said to be completely inelastic.
text: For example, the collision between a bullet and a block of wood into which is fired is completely inelastic when the bullet remains embedded in the block.
text: Even if the forces of a collision are not known, we can find the motions of the particles after collision from the motions before collision, provided the collision is completely inelastic, or, if the collision is elastic, provided the collision takes place in one dimension.
text: A collision is said to be perfectly inelastic if the colliding bodies stick and move together after the collision.
text: If the collision is perfectly inelastic, then .
text: If the collision is completely inelastic, how fast are the car and truck going, and in what direction, after the collision?
text: I assume the football players don't bounce off each other, so the collision is inelastic (they stick together), and kinetic energy is not conserved.
text: When the collision results in the two objects "sticking" together, it is called a perfectly inelastic collision, because the maximum amount of kinetic energy has been lost.
text: A collision in which the total kinetic energy after the collision is less than before the collision is called an inelastic collision.
text: Such a collision is called an elastic collision.