Newton’s 2 nd Law: More Practice. Newton’s 3 rd Law: Student Learning Goals The student will be...

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Newton’s 2 Newton’s 2 nd nd Law: Law: More Practice More Practice

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Transcript of Newton’s 2 nd Law: More Practice. Newton’s 3 rd Law: Student Learning Goals The student will be...

Page 1: Newton’s 2 nd Law: More Practice. Newton’s 3 rd Law: Student Learning Goals The student will be able to state Newton’s 3 rd Law and apply it in qualitative.

Newton’s 2Newton’s 2ndnd Law: Law:More PracticeMore Practice

Page 2: Newton’s 2 nd Law: More Practice. Newton’s 3 rd Law: Student Learning Goals The student will be able to state Newton’s 3 rd Law and apply it in qualitative.

Newton’s 2Newton’s 2ndnd Law: Law:More PracticeMore Practice

Page 3: Newton’s 2 nd Law: More Practice. Newton’s 3 rd Law: Student Learning Goals The student will be able to state Newton’s 3 rd Law and apply it in qualitative.

Newton’s 2Newton’s 2ndnd Law: Law:More PracticeMore Practice

Page 4: Newton’s 2 nd Law: More Practice. Newton’s 3 rd Law: Student Learning Goals The student will be able to state Newton’s 3 rd Law and apply it in qualitative.

Newton’s 3Newton’s 3rdrd Law: Law: Student Learning GoalsStudent Learning Goals

The student will be able to state The student will be able to state Newton’s 3Newton’s 3rdrd Law and apply it in Law and apply it in qualitative and quantitative terms to qualitative and quantitative terms to explain the effect of forces acting on explain the effect of forces acting on objects. (B3.4)objects. (B3.4)

Page 5: Newton’s 2 nd Law: More Practice. Newton’s 3 rd Law: Student Learning Goals The student will be able to state Newton’s 3 rd Law and apply it in qualitative.

Newton’s 3Newton’s 3rdrd Law LawSPH4CSPH4C

Page 6: Newton’s 2 nd Law: More Practice. Newton’s 3 rd Law: Student Learning Goals The student will be able to state Newton’s 3 rd Law and apply it in qualitative.

Newton’s 3Newton’s 3rdrd Law of Law of MotionMotion

““For every action, there is an equal For every action, there is an equal and opposite reaction.”and opposite reaction.”

Page 7: Newton’s 2 nd Law: More Practice. Newton’s 3 rd Law: Student Learning Goals The student will be able to state Newton’s 3 rd Law and apply it in qualitative.

Newton’s 3Newton’s 3rdrd Law of Law of MotionMotion

““For every action, there is an equal For every action, there is an equal and opposite reaction.”and opposite reaction.”

More accurately: for every action More accurately: for every action force on object B due to object A, force on object B due to object A, there is a reaction force, equal in there is a reaction force, equal in magnitude but opposite in direction, magnitude but opposite in direction, on object A due to object B.on object A due to object B.

Page 8: Newton’s 2 nd Law: More Practice. Newton’s 3 rd Law: Student Learning Goals The student will be able to state Newton’s 3 rd Law and apply it in qualitative.

Newton’s 3Newton’s 3rdrd Law of Law of MotionMotion

What does this mean in practice? What does this mean in practice? Examples:Examples:

An object near the Earth’s surface An object near the Earth’s surface experiences a gravitational force of 15 experiences a gravitational force of 15 N [down]. What is the reaction force?N [down]. What is the reaction force?

Page 9: Newton’s 2 nd Law: More Practice. Newton’s 3 rd Law: Student Learning Goals The student will be able to state Newton’s 3 rd Law and apply it in qualitative.

Newton’s 3Newton’s 3rdrd Law of Law of MotionMotion

What does this mean in practice? What does this mean in practice? Examples:Examples:

An object near the Earth’s surface An object near the Earth’s surface experiences a gravitational force of 15 experiences a gravitational force of 15 N [down]. What is the reaction force?N [down]. What is the reaction force?

The Earth experiences a gravitational The Earth experiences a gravitational force of 15 N [up].force of 15 N [up].

Page 10: Newton’s 2 nd Law: More Practice. Newton’s 3 rd Law: Student Learning Goals The student will be able to state Newton’s 3 rd Law and apply it in qualitative.

Newton’s 3Newton’s 3rdrd Law of Law of MotionMotion

What does this mean in practice? What does this mean in practice? Examples:Examples:

An object near the Earth’s surface An object near the Earth’s surface experiences a gravitational force of 15 experiences a gravitational force of 15 N [down]. What is the reaction force?N [down]. What is the reaction force?

The Earth experiences a gravitational The Earth experiences a gravitational force of 15 N [up].force of 15 N [up].

The same object resting on a table The same object resting on a table experiences a normal force of 15 N experiences a normal force of 15 N [up]. What is the reaction force?[up]. What is the reaction force?

Page 11: Newton’s 2 nd Law: More Practice. Newton’s 3 rd Law: Student Learning Goals The student will be able to state Newton’s 3 rd Law and apply it in qualitative.

Newton’s 3Newton’s 3rdrd Law of Law of MotionMotion

What does this mean in practice? Examples:What does this mean in practice? Examples: An object near the Earth’s surface An object near the Earth’s surface

experiences a gravitational force of 15 N experiences a gravitational force of 15 N [down]. What is the reaction force?[down]. What is the reaction force?

The Earth experiences a gravitational The Earth experiences a gravitational force of 15 N [up].force of 15 N [up].

The same object resting on a table The same object resting on a table experiences a normal force of 15 N [up]. experiences a normal force of 15 N [up]. What is the reaction force?What is the reaction force?

The 15 N [down] normal force on the The 15 N [down] normal force on the table.table.

Page 12: Newton’s 2 nd Law: More Practice. Newton’s 3 rd Law: Student Learning Goals The student will be able to state Newton’s 3 rd Law and apply it in qualitative.

Newton’s 3Newton’s 3rdrd Law in Law in PracticePractice

A 55 kg person standing on a A 55 kg person standing on a frictionless ice rink throws a 5.0 kg frictionless ice rink throws a 5.0 kg ball with a force of 25 N [E]. What is ball with a force of 25 N [E]. What is the acceleration of the: (a) ball; (b) the acceleration of the: (a) ball; (b) person?person?

Page 13: Newton’s 2 nd Law: More Practice. Newton’s 3 rd Law: Student Learning Goals The student will be able to state Newton’s 3 rd Law and apply it in qualitative.

Newton’s 3Newton’s 3rdrd Law in Law in PracticePractice

A 55 kg person standing on a A 55 kg person standing on a frictionless ice rink throws a 5.0 kg frictionless ice rink throws a 5.0 kg ball with a force of 25 N [E]. What is ball with a force of 25 N [E]. What is the acceleration of the: (a) ball; (b) the acceleration of the: (a) ball; (b) person?person?

The acceleration of the ball is:The acceleration of the ball is: ][0.50.5

][252 E

kg

EN

m

Fa

smnet

Page 14: Newton’s 2 nd Law: More Practice. Newton’s 3 rd Law: Student Learning Goals The student will be able to state Newton’s 3 rd Law and apply it in qualitative.

Newton’s 3Newton’s 3rdrd Law in Law in PracticePractice

A 55 kg person standing on a A 55 kg person standing on a frictionless ice rink throws a 5.0 kg frictionless ice rink throws a 5.0 kg ball with a force of 25 N [E]. What is ball with a force of 25 N [E]. What is the acceleration of the: (a) ball; (b) the acceleration of the: (a) ball; (b) person?person?

The acceleration of the person is:The acceleration of the person is:][45.055

][252 W

kg

WN

m

Fa

smnet

Page 15: Newton’s 2 nd Law: More Practice. Newton’s 3 rd Law: Student Learning Goals The student will be able to state Newton’s 3 rd Law and apply it in qualitative.

More PracticeMore Practice

Hands On with Newton’s 3Hands On with Newton’s 3rdrd Law Law


12.3 Newton’s Third Law of Motion and Momentum What is Newton’s third law of motion? Newton’s Third Law According to Newton’s third law of motion, whenever.

12.3 Newton’s Third Law of Motion and Momentum What is Newton’s third law of motion? Newton’s Third Law According to Newton’s third law of motion, whenever.

CHAPTER 12 Kinetics of Particles: Newton’s Second Law Newton’s Second Law.

CHAPTER 12 Kinetics of Particles: Newton’s Second Law Newton’s Second Law.

NEWTON’S LAWS. Newton’s First Law An example Also called “Newton’s Law of Inertia”

NEWTON’S LAWS. Newton’s First Law An example Also called “Newton’s Law of Inertia”

Newton Scooter Project Newton’s 3 rd Law of Motion.

Newton Scooter Project Newton’s 3 rd Law of Motion.

Newton’s Laws of Motion. Learning Objectives State Newton’s first law of motion. State Newton’s second law of motion. State Newton’s third law of.

Newton’s Laws of Motion. Learning Objectives State Newton’s first law of motion. State Newton’s second law of motion. State Newton’s third law of.

What is Newton’s 3 rd Law? The Questions. Newton’s 3 rd Law says that for every action force there must be an equal and opposite reaction force. The.

What is Newton’s 3 rd Law? The Questions. Newton’s 3 rd Law says that for every action force there must be an equal and opposite reaction force. The.

PHYSICS UNIT 3: FORCES Newton’s 1 st Law of Motion Newton’s 2 nd Law of Motion Newton’s 3 rd Law of Motion Friction.

PHYSICS UNIT 3: FORCES Newton’s 1 st Law of Motion Newton’s 2 nd Law of Motion Newton’s 3 rd Law of Motion Friction.

Chapter 12 - Mrs Zeiders Science Class - Homezeidersclassroom.weebly.com/uploads/3/1/2/9/31291029/... · Web viewChapter 12.3 Newton’s 3 rd Law and Momentum Notes Newton’s 3 rd

Chapter 12 - Mrs Zeiders Science Class - Homezeidersclassroom.weebly.com/uploads/3/1/2/9/31291029/... · Web viewChapter 12.3 Newton’s 3 rd Law and Momentum Notes Newton’s 3 rd

Laws of Motion and Energy Chapter Five: Newton’s Laws of Motion 5.1 Newton’s First Law 5.2 Newton’s Second Law 5.3 Newton’s Third Law.

Laws of Motion and Energy Chapter Five: Newton’s Laws of Motion 5.1 Newton’s First Law 5.2 Newton’s Second Law 5.3 Newton’s Third Law.

SECTION 3: Newton’s 3 rd Law and Momentum. LEARNING GOALS State Newton’s 3 rd Law of Motion. Identify action and reaction forces. Calculate momentum.

SECTION 3: Newton’s 3 rd Law and Momentum. LEARNING GOALS State Newton’s 3 rd Law of Motion. Identify action and reaction forces. Calculate momentum.

Forces Make a Lovely Pair ACTION REACTION NEWTON’S 3 RD LAW.

Forces Make a Lovely Pair ACTION REACTION NEWTON’S 3 RD LAW.

Newton’s First Law of Motion Newton’s Second Law of Motion Newton’s Third Law of Motion.

Newton’s First Law of Motion Newton’s Second Law of Motion Newton’s Third Law of Motion.

Chapter 11 Forces Newton’s Laws of Motion (1 st 2) Gravity Newton’s 3 rd Law.

Chapter 11 Forces Newton’s Laws of Motion (1 st 2) Gravity Newton’s 3 rd Law.

Newton’s first law. Newton’s second law. Particular forces:

Newton’s first law. Newton’s second law. Particular forces:

1 Newton’s 3 rd Law Momentum Prentice Hall Chapters 7 & 8.

1 Newton’s 3 rd Law Momentum Prentice Hall Chapters 7 & 8.

Chapter Six: Laws of Motion 6.1 Newton’s First Law 6.2 Newton’s Second Law 6.3 Newton’s Third Law and Momentum.

Chapter Six: Laws of Motion 6.1 Newton’s First Law 6.2 Newton’s Second Law 6.3 Newton’s Third Law and Momentum.

Newton’s First Law Newton’s Second law Newton’s Third law.

Newton’s First Law Newton’s Second law Newton’s Third law.

Newton’s 3 rd Law of Motion. Newton’s 3 rd law of motion For every action, there is an equal and opposite reaction.

Newton’s 3 rd Law of Motion. Newton’s 3 rd law of motion For every action, there is an equal and opposite reaction.

Newton’s 3 rd Law of Motion

Newton’s 3 rd Law of Motion

Newton’s Three Laws of Motion Physics We’ll discuss the following in this lesson: Newton’s First Law Newton’s Second Law Newton’s Third Law.

Newton’s Three Laws of Motion Physics We’ll discuss the following in this lesson: Newton’s First Law Newton’s Second Law Newton’s Third Law.