motion and momentum

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Motion and Momentum

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Motion and Momentum. Motion and Momentum. Motion and Momentum. Section 3 Momentum. Motion and Momentum. Section 3 Momentum By Muthana Hussain. Motion and Momentum. Section 3 Momentum By Muthana H. Science Br.Imran. Motion and Momentum. Aim- Motion and momentum Do now -Define speed. - PowerPoint PPT Presentation

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Page 1: Motion and Momentum

Motion and Momentum

Page 2: Motion and Momentum

Motion and Momentum

Page 3: Motion and Momentum

Motion and Momentum

Section 3 Momentum

Page 4: Motion and Momentum

Motion and Momentum

Section 3 Momentum

B

y Muthana Hussain

Page 5: Motion and Momentum

Motion and Momentum

Section 3 Momentum

B

y Muthana H.

S

cience Br.Imran

Page 6: Motion and Momentum

Motion and Momentum

Aim-Motion and momentum

Donow-Define speed

Page 7: Motion and Momentum

Motion and Momentum

Aim-Motion and momentum

Donow-Define speed

Ans:Speed is the distance traveled

divided by the time taken to travel the

distance.

Page 8: Motion and Momentum
Page 9: Motion and Momentum

Mass

Page 10: Motion and Momentum

Mass • An important property of an object is mass.

Page 11: Motion and Momentum

Mass • An important property of an object is mass.

• The mass of any object is the amount of matter in the objets.

Page 12: Motion and Momentum

Mass • An important property of an object is mass.

• The mass of any object is the amount of matter in the object.

• Objects with more mass weight more than objects with less mass.

Page 13: Motion and Momentum

Mass • An important property of an object is mass.

• The mass of any object is the amount of matter in the object.

• Objects with more mass weight more than objects with less mass.

For example a gallon of milk has more mass then a garbage bag.

Page 14: Motion and Momentum

Mass • An important property of an object is mass.

• The mass of any object is the amount of matter in the object.

• Objects with more mass weight more than objects with less mass.

• For example a gallon of milk has more mass then a garbage bag.

• The size does not matter. A garbage bag is bigger and the milk is smaller does not mean that the bag has the most mass.

Page 15: Motion and Momentum

Mass • The mass of any object is the amount of matter in

the object.

• Objects with more mass weight more than objects with less mass.

• For example a gallon of milk has more mass then a garbage bag.

• The size does not matter. A garbage bag is bigger and the milk is smaller does not mean that the bag has the most mass.

Mass is measured in kg.

Page 16: Motion and Momentum
Page 17: Motion and Momentum

Inertia

Page 18: Motion and Momentum

Inertia• Inertia means; tendency of an object to resist

a change in its motion.

Page 19: Motion and Momentum

Inertia• Inertia means; tendency of an object to resist

a change in its motion.

• When an object has more mass it has more inertia.

Page 20: Motion and Momentum

Inertia• Inertia means; tendency of an object to resist

a change in its motion.

• When an object has more mass it has more inertia.

• For example a ping pong ball will responds to a gentle hit. But if a tennis ball was hit gentle it won't go as far.

Page 21: Motion and Momentum

Inertia• Inertia means; tendency of an object to resist

a change in its motion.

• When an object has more mass it has more inertia.

• For example a ping pong ball will responds to a gentle hit. But if a tennis ball was hit gentle it won't go as far.

Page 22: Motion and Momentum

Inertia• Inertia means; tendency of an object to resist

a change in its motion.

• When an object has more mass it has more inertia.

• For example a ping pong ball will responds to a gentle hit. But if a tennis ball was hit gentle it won't go as far.

Page 23: Motion and Momentum
Page 24: Motion and Momentum

Momentum

Page 25: Motion and Momentum

Momentum• Momentum is a measure of how difficult it is

to stop a moving object

Page 26: Motion and Momentum

Momentum• Momentum is a measure of how difficult it is

to stop a moving object

• The momentum of an object is a measure of how hard it's to stop an object.

Page 27: Motion and Momentum

Momentum• Momentum is a measure of how difficult it is

to stop a moving object

• The momentum of an object is a measure of how hard it's to stop an object.

• sense mass is measured in kilograms and velocity has units of meters per second,momentum has units of kg times by meters per second.

Page 28: Motion and Momentum

Momentum• Momentum is a measure of how difficult it is

to stop a moving object

• The momentum of an object is a measure of how hard it's to stop an object.

• sense mass is measured in kilograms and velocity has units of meters per second,momentum has units of kg times by meters per second.

• Also because velocity and momentum have the same direction.

Page 29: Motion and Momentum
Page 30: Motion and Momentum

Conservation of Momentum

Page 31: Motion and Momentum

Conservation of Momentum

• When you play pool you have to hit a ball (cue ball) to the other balls.When you hit the cue ball at the other balls the cue ball slows down and the momentum decreases

Page 32: Motion and Momentum

Conservation of Momentum

• When you play pool you have to hit a ball (cue ball) to the other balls.When you hit the cue ball at the other balls the cue ball slows down and the momentum decreases

• and also the other balls you hit speed up and the momentum increases.

Page 33: Motion and Momentum

Conservation of Momentum

• When you play pool you have to hit a ball (cue ball) to the other balls.When you hit the cue ball at the other balls the cue ball slows down and the momentum decreases

• and also the other balls you hit speed up and the momentum increases.

• The momentum lost by the cue ball was gained by the other ball.

Page 34: Motion and Momentum

Conservation of Momentum

• When you play pool you have to hit a ball (cue ball) to the other balls.When you hit the cue ball at the other balls the cue ball slows down and the momentum decreases

• and also the other balls you hit speed up and the momentum increases.

• The momentum lost by the cue ball was gained by the other ball.

• So the total momentum of the two balls was the same before and after the collision.

• The law of conservation of momentum is

Page 35: Motion and Momentum

Conservation of Momentum

decreases

• and also the other balls you hit speed up and the momentum increases.

• The momentum lost by the cue ball was gained by the other ball.

• So the total momentum of the two balls was the same before and after the collision.

• The law of conservation of momentum is that the total momentum of objects that collide is the same before and after the collision.

Page 36: Motion and Momentum
Page 37: Motion and Momentum

questions

Page 38: Motion and Momentum

questions What's an important property of an object

Page 39: Motion and Momentum

questions What's an important property of an object

Ans:Mass

Page 40: Motion and Momentum

questions What's one of the important property of an object ?

Ans:Mass.

What is the law of conservation of momentum state ?

Page 41: Motion and Momentum

questions What's one of the important property of an object ?

Ans:Mass.

What is the law of conservation of momentum state ?

Ans:It states that the total momentum of objects that collide is the same before and after the collision.

Page 42: Motion and Momentum

questions What's one of the important property of an object ?

Ans:Mass.

What is the law of conservation of momentum state ?

Ans:It states that the total momentum of objects that collide is the same before and after the collision.

What is momentum ?

Ans:Momentum is a measure of how difficult it is to stop a moving object

Page 43: Motion and Momentum