Week.  Student will:  Incorporate Force of Friction into calculation  Static Friction  Kinetic Friction Cornell Notes Needed – Section 5.2.

Slides:



Advertisements
Similar presentations
Friction & Inclined Planes
Advertisements

Unbalanced Forces.
Normal Force Force on an object perpendicular to the surface (Fn)
Examples and Hints for Chapter 5
Week.  Student will:  Study the effects of forces on objects though  Newton’s First Law of Motion  Law of Inertia  Newton’s Second Law  Newton’s.
Forces and the Laws of MotionSection 4 Click below to watch the Visual Concept. Visual Concept Everyday Forces.
Friction Friction is a force that opposes the motion, or tendency of motion, of an object. Friction is caused by the electromagntic interactions of particles.
The first exam will be held on Tuesday, September 23, in room 109 Heldenfels from 7 to 9:30 p.m. Section 807 and half of section 808 (students with last.
Week.  Student will: centripetal accelerationcentripetal force  Solve problems involving centripetal acceleration and centripetal force.
STATIC AND KINETIC FRICTION Lesson 3. What is Friction It is a force that acts to stop the movement of two surfaces in contact. It always acts in a direction.
Aim: How can we calculate static and kinetic friction? A 3.5 kilogram box is being pulled to the right with a force of 15 newtons. The box is moving at.
Friction is a force that opposes the motion between two surfaces that are in contact  is a force that opposes the motion between two surfaces that are.
Friction.
Friction There are many forms of friction. This lesson introduces the force laws for static friction, kinetic friction, and rolling friction. Students.
Friction. Newton’s Second Law W = mg W = mg Gives us F = ma Gives us F = ma.
Friction Level 1 Physics. TWO types of Friction Static – Friction that keeps an object at rest and prevents it from moving Kinetic – Friction that acts.
A 6. 0-kg object undergoes an acceleration of 2. 0 m/s2
FRICTION!.
Friction 5.2 Static and Kinetic Friction
Quiz 4.
Universal Law of Gravitation
Friction  Friction results from relative motion between objects.  Frictional forces are forces that resist or oppose motion.
Week.  Student will:  Incorporate Force of Friction into calculation  Static Friction  Kinetic Friction.
Mechanical Energy Pt. 2 Week.
1 Law of friction Properties of frictional force surface between two bodies 1.act along the surface between two bodies oppose relative motion 2.act in.
4-4: Everyday Forces Objectives: Explain the difference between mass and weight Find the direction and magnitude of the normal force Describe air resistance.
Week.  Student will: Impulse and Momentum  Study Impulse and Momentum in one dimension.
Bellwork Pick up a free-body diagram sheet and begin working on it.
Friction Ffriction = μFNormal.
Friction What is friction?. Answer Me!!! Think of two factors that affect friction.
Free Body diagrams and problem solving
Friction. Consider An Object Coming to Rest Aristotle’s idea: Rest is the “natural state” of terrestrial objects Newton’s view: A moving object comes.
Section 4–4: Everyday Forces Coach Kelsoe Physics Pages 135–143.
Friction AP Physics 1. Fun with Friction Friction is a force that resists the motion between two objects in contact with one another. For a fancier definition,
Multiple Object Systems 1. Analyze the system as one object. 2. Analyze each object individually. 3. Create multiple equations to solve for multiple unknowns.
 Friction – force that opposes motion  Caused by microscopic irregularities of a surface  The friction force is the force exerted by a surface as an.
Force of Friction Friction acts to oppose motion between two surfaces in contact Friction acts to oppose motion between two surfaces in contact F f F f.
Unit Two: Dynamics Part 3: Friction. Friction – Quick Review A contact force Electromagnetic Force (between surface atoms of objects touching) Always.
Warm-Up October 26, 2015 “Super Sliders” and other similar products claim to allow you to “effortlessly slide heavy furniture.” How do they work?
Physics Section 4.4 Describe various types of forces Weight is a measure of the gravitational force exerted on an object. It depends upon the objects.
Warm-Up October 26, 2015 “Super Sliders” and other similar products claim to allow you to “effortlessly slide heavy furniture.” How do they work?
A 4.25 kg block of wood has a kinetic coefficient of friction of and a static of between it and the level floor. 0. Calculate the kinetic friction.
Friction and Forces on Inclined Planes. The Normal Force The normal force is the supporting force that acts on the object perpendicular to the surface.
Newton’s Laws First Law of Motion –An object at rest will stay at rest or an object in motion will continue to move in a straight line with constant speed.
Friction Dynamics Physics. #1) Friction of a car A car has a mass of 1700 kg and is located on a level road. Some friction exists in the wheel bearings.
The “Spring Force” If an object is attached to a spring and then pulled or pushed, the spring will exert a force that is proportional to the displacement.
Friction Friction - force between 2 surfaces that oppose motion Two kinds of friction 1) Static Friction - force of friction that must be overcome to move.
Friction & Inclined Planes
Force is part of an interaction
Friction Coefficient.
Friction.
Free Body diagrams and problem solving
Newton’s Laws Acceleration
Everyday Forces Friction Force. Types of Friction forces
Free Body diagrams and problem solving
Free Body diagrams and problem solving
Friction is one of the most important opposing forces.
Objectives Chapter 4 Section 4 Everyday Forces
More Friction.
A fridge resting on a cement garage floor has a static coefficient of friction of 0.52 and a kinetic coefficient of friction of The fridge has a.
Newton’s 2nd law Problems
Friction & Inclined Planes
Friction and Normal Force
TUTORIAL 6.
Aim: How do we explain the force of friction?
Normal and Frictional Forces
Dynamics III Friction and Inclines.
Friction and the Coefficients of Friction
Friction.
Presentation transcript:

Week

 Student will:  Incorporate Force of Friction into calculation  Static Friction  Kinetic Friction Cornell Notes Needed – Section 5.2

Example: Coefficients of Friction When Colossus pushes a 2000 kg shipping box resting on a road, he exerts a force of 1800 N to start it sliding. Once it is sliding, he uses a force of only 1500 N to keep the shipping box moving with constant speed. What are the coefficients of static and kinetic friction between the shipping box and the road?

Steps 1)Define When Colossus pushes a 2000 kg shipping box resting on a road, he exerts a force of 1800 N to start it sliding. Once it is sliding, he uses a force of only 1500 N to keep the shipping box moving with constant speed. What are the coefficients of static and kinetic friction between the shipping box and the road?

Choose an equation or situation: Rearrange the equation to isolate the unknown: 2)Plan F n = mg because it is on a horizontal surface

Substitute the values into the equation and solve 3)Calculate Coefficient of frictions do not have units

The coefficient of static friction is.092 and coefficient of kinetic friction is )Evaluate

Feedback: Privacy Policy Feedback
Do Not Sell My Personal Information
About project: SlidePlayer Terms of Service

© 2025 SlidePlayer.com. Inc. All rights reserved.