19. Does this collision conserve momentum?

No, because if twice the mass is moving, it should be moving at half the original velocity, 5m/s

Yes, because if twice the mass is moving, it should be moving at half the original velocity, 5m/s

Yes, because momentum is always conserved in collisions.

No, because external forces act on the system.

20. Does this collision conserve momentum?

No, because the direction of the total momentum after the collision is in the opposite direction as the total momentum before the collision.

Yes, because the direction of the total momentum after the collision is in the opposite direction as the total momentum before the collision.

Yes, because the collision is perfectly elastic.

No, because the collision is perfectly inelastic.

Study Guide: Conservation of Momentum

11th Grade

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Study Guide: Conservation of Momentum

Quiz

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11th Grade

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Practice Problem

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Medium

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NGSS

HS-PS2-2, HS-PS3-2, HS-PS3-1

Standards-aligned

Carrie Mizell

Used 1+ times

FREE Resource

31 questions

Show all answers

DRAG AND DROP QUESTION

1 min • 1 pt

The (a) is the magnitude of the motion of an object due to its mass and velocity.

momentum

elastic collision

perfectly inelastic collision

explosion

law of conservation of momentum

inelastic collision

Tags

NGSS.HS-PS2-2

DRAG AND DROP QUESTION

1 min • 1 pt

A(n) (a) is when two objects collide with each other and bounce apart without a net loss of kinetic energy before, during, and after the impact.

elastic collision

perfectly inelastic collision

explosion

law of conservation of momentum

inelastic collision

momentum

Tags

NGSS.HS-PS2-2

DRAG AND DROP QUESTION

1 min • 1 pt

The (a) states that in an isolated system, the sum of the mass and velocity for each object before a collision is equal to the sum of the mass and velocity for each object after the collision.

momentum

elastic collision

perfectly inelastic collision

law of conservation of momentum

inelastic collision

explosion

Tags

NGSS.HS-PS2-2

DRAG AND DROP QUESTION

1 min • 1 pt

A(n) (a) is when two objects collide and stick together, the maximum amount of kinetic energy is lost.

perfectly inelastic collision

explosion

law of conservation of momentum

inelastic collision

momentum

elastic collision

Tags

NGSS.HS-PS2-2

DRAG AND DROP QUESTION

1 min • 1 pt

A(n) (a) is when two or more objects smash into each other, resulting in a net loss of kinetic energy as that energy is transformed into another form of energy.

momentum

elastic collision

perfectly inelastic collision

inelastic collision

explosion

law of conservation of momentum

DRAG AND DROP QUESTION

1 min • 1 pt

A(n) (a) is when one object becomes multiple objects in which kinetic energy is gained by each separate object during the process.

explosion

momentum

elastic collision

perfectly inelastic collision

law of conservation of momentum

inelastic collision

MULTIPLE SELECT QUESTION

45 sec • 1 pt

Elastic collision

Inelastic collision

Perfectly inelastic collision

Explosion

Tags

NGSS.HS-PS2-2

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Study Guide: Conservation of Momentum

31 questions

The ​ (a) is the magnitude of the motion of an object due to its mass and velocity.

A(n) ​ (a) is when two objects collide with each other and bounce apart without a net loss of kinetic energy before, during, and after the impact.

The ​ (a) ​ states that in an isolated system, the sum of the mass and velocity for each object before a collision is equal to the sum of the mass and velocity for each object after the collision.

A(n) ​ (a) is when two objects collide and stick together, the maximum amount of kinetic energy is lost.

A(n) ​ (a) ​ is when two or more objects smash into each other, resulting in a net loss of kinetic energy as that energy is transformed into another form of energy.

A(n) ​ (a) is when one object becomes multiple objects in which kinetic energy is gained by each separate object during the process.

State whether the following are inelastic, elastic, explosion, or perfectly inelastic: Two cars crash and connect bumpers. (a) Newton's cradle ​ (b) A basketball player shooting a basketball​ (c)

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The (a) is the magnitude of the motion of an object due to its mass and velocity.

A(n) (a) is when two objects collide with each other and bounce apart without a net loss of kinetic energy before, during, and after the impact.

The (a) states that in an isolated system, the sum of the mass and velocity for each object before a collision is equal to the sum of the mass and velocity for each object after the collision.

A(n) (a) is when two objects collide and stick together, the maximum amount of kinetic energy is lost.

A(n) (a) is when two or more objects smash into each other, resulting in a net loss of kinetic energy as that energy is transformed into another form of energy.

A(n) (a) is when one object becomes multiple objects in which kinetic energy is gained by each separate object during the process.

State whether the following are inelastic, elastic, explosion, or perfectly inelastic: Two cars crash and connect bumpers. (a)
Newton's cradle (b)
A basketball player shooting a basketball (c)