p.190 P40-42a p.189 P31,32 p.189 P24,35,62,68,70,71 (Review Only)

Slides:

Advertisements

Similar presentations

Newton’s Laws of Motion and Free Body Analysis

Advertisements

Q5.1 A car engine is suspended from a chain linked at O to two other chains. Which of the following forces should be included in the free-body diagram.

An airplane has a mass of 3

Ropes and Pulleys.

Newton’s Second Law. But first… Review: Newton’s First Law If an object experiences NO net force…. Resting objects remain at rest. Moving objects move.

Physics C Energy 4/16/2017 Linear Momentum Bertrand.

Momentum and Collisions

Please take your exam back and a project contract (1 mins).

Physics is mathematical not because we know so much about the physical world, but because we know so little; it is only its mathematical properties that.

Physics 218: Mechanics Instructor: Dr. Tatiana Erukhimova Lecture 23.

Weight is a force that is defined from the gravitational attraction between two masses. The gravitational force causes the less massive object to accelerate.

Principles of Physics - Foederer. Energy is stored in a spring when work is done to compress or elongate it Compression or elongation= change in length.

Newton’s First Law Mathematical Statement of Newton’s 1st Law:

PHYSICS 50: Lecture 5.1 RICHARD CRAIG. Goals for Today Quiz Review Homework Example of understanding questions New topic: Friction Examples Car on a curved.

FORCES AND LAWS OF MOTION. FORCE (push) (pull) Examples of forces: ContactField Pulling the handle of the door Pushing a stroller Hitting a tennis ball.

Momentum and Impulse Review 1.The velocity of a moving mass is called? ans: momentum 2.Force applied in a period of time is called? ans: impulse 3. The.

Physics 3.3. Work WWWWork is defined as Force in the direction of motion x the distance moved. WWWWork is also defined as the change in total.

Momentum and Impulse. Answer Me!!! Forces cause objects to start moving. What keeps an object moving after the force is no longer applied?

Unit 6: Applications of Newton’s Laws. Sections A and B: Friction Corresponding Book Sections: –6.1 PA Assessment Anchors: –S11.C.3.1.

Honors Physics Newton’s Second Law of Motion.  Newton’s First Law explains the results of zero net external force. –The body stays at rest or moves with.

Statics Forces in equilibrium § 5.1. What’s the point? How do forces balance? What forces must structures withstand? What is the result of non-balancing.

 F = ma  m is measured in kg  a is measured in m/s 2  F is measured in kg m/s 2, called a Newton (N)

Linear Momentum October 31, Announcements Turn in homework due today:  Chapter 8, problems 28,29,31  Next week, W-F, Rocket Project.

Work and Energy x Work and Energy 06.

If the sum of all the forces acting on a moving object is zero, the object will (1) slow down and stop (2) change the direction of its motion (3) accelerate.

Monday, October 5, 1998 Chapter 5: Springs Chapter 6: Linear Momentum Conservation of Momentum Impulse.

2.1.2A Free Body Diagrams and Net Force

Lecture 13: Momentum. Questions of Yesterday 1) A mass with speed v hits a horizontal spring and compresses it a distance d. If the the speed of the mass.

Homework Read pages 96 – 101 Answer practice problems

Newton’s Third Law.

1 Honors Physics Chapter 9 Momentum and Its Conservation.

University Physics: Mechanics

Aristotle 384 – 322 BC ISAAC NEWTON.

More About Force 3) When one object exerts a force on a second object, the second exerts an equal and opposite force on the first. F AB = -F BA.

Work and Energy.  The concept of work has different meanings in everyday use.  In physics, Work is used to describe what is accomplished by the action.

Force and Friction.

Newton’s 1st Law of motion

University Physics: Mechanics

University Physics: Mechanics

University Physics: Mechanics

Wednesday January 14.

Q5.1 A car engine is suspended from a chain linked at O to two other chains. Which of the following forces should be included in the free-body diagram.

DYNAMICS 1. Newton’s Three Laws Newton’s First Law Newton’s Second Law

Newton’s Laws Acceleration

Midterm Review Game.

Impulse and Momentum AP Physics C.

Aim: How do we explain Newton’s 3rd Law?

Sign in Handouts Phones up

Lesson 1: Newton’s First Law

Forces of Friction When an object is in motion on a surface or through a viscous medium, there will be a resistance to the motion This is due to the interactions.

Ch. 11 slides.ppt Momentum.ppt.

Newton’s Laws: Practice Problems

Some Particular Forces

Momentum Packet Solutions.

Work Physics 11.

Newton’s Laws: Practice Problems

A Simple Model of a Rocket

Impulse AP Physics.

Which graph represents the motion of a ball rolling on a level friction free track? Which graph represents the motion of a ball rolling down a ramp?

Question C Force and Motion F F m F F m d d

Chapter 6 Newton’s 3rd Law

A block of mass m resting on a horizontal

Newton’s Laws of Motion

Newton's Laws Of Motion Teneighah Young.

Example: What impulse is imparted by exerting a 12 N force for 4.0 s?

Presentation transcript:

p.190 P40-42a p.189 P31,32 p.189 P24,35,62,68,70,71 (Review Only)

p ,18 p p

Physics Homework

Honors Physics Homework

Honors Physics Notes

Physics Notes

p.189 P31, v 2 = v m; 0.94m Honors Physics Homework

A 0.10 kilogram model rocket's engine designed to deliver an impulse of 6.0 newton seconds. If the rocket engine burns for 0.75 second, what average force does it produce?

A hockey player makes a slap shot, exerting a constant force of 29.2 N on the hockey puck for 0.15 s. What is the magnitude of the impulse given to the puck?

The diagram shows a compressed spring between two carts initially at rest on a horizontal frictionless surface. Cart A has a mass of 2 kilograms and cart B has a mass of 1 kilogram. A string holds the carts together. What occurs when the string is cut and the carts move apart? The magnitude of the impulse applied to cart A is twice the magnitude of the impulse applied to cart B. The length of time that the force acts on cart A is twice the length of time the force acts on cart B. The magnitude of the acceleration of cart A is one-half the magnitude of the acceleration of cart B. The magnitude of the force exerted on cart A is one-half the magnitude of the force exerted on cart B.