Physics Target 03-01 I can interpret graphically and mathematically force diagrams.
Physics Target 03-02 I can relate force, mass, and acceleration
Physics Target 03-03 I can evaluate the friction in a system.
Physics Target 03-04 I can evaluate the pressure in a system.
Physics Target 03-05 I can evaluate action/reaction forces in a system.
3.1 Describe Galileo’s contribution to the science of motion (Principle of Inertia)
3.2 Apply Newton’s first law of motion.
3.3 Distinguish among mass, volume, and weight, and their units of measurement.
3.4 Explain how something that is not connected to the ground is able to keep up with the moving Earth.
3.5 Explain why a clothesline or wire that can easily support an object when strung vertically may break when strung horizontally and supporting the same object.
3.6 Describe how the angle between vectors affects their resultant vector.
3.7 State the relationship between acceleration and net force.
3.8 State the relationship between acceleration and mass.
3.9 State and explain Newton’s second law of motion.
3.10 Describe the effect of friction on stationary and on moving objects.
3.11 Distinguish between force and pressure.
3.12 Explain why the acceleration of an object in free fall does not depend upon the mass of the object.
3.13 Describe the effect of air resistance on a falling object.
3.14 Define force as a part of an interaction.
3.15 State Newton’s third law of motion.
3.16 Given an action force, identify the reaction force.
3.17 Explain why the accelerations caused by an action force and by a reaction force do not have to be equal.
3.18 Explain why an action force is not cancelled by the reaction force.
3.19 Describe the horse-cart problem
3.20 Explain why you can not touch without being touched.
Newton's Experiments - Pool Ball and Silver Dollar, Look Out! No Brakes, Going Nuts!, Elegant Dining
Engineering - Newton Balloon Race
Physics Lab: High Heels or Hiking Boots
Physics Lab: Cat on a Slippery Substance - Mu
Physics Lab: Static vs. Sliding Friction
Vernier #12 Static and Kinetic Friction
Vernier #13 Air Resistance
Lab 11 Getting Pushy
Lab 17 Tension
Lab 18 Tug O War
Mechanical Universe #4 Inertia
Mechanical Universe #6 Newton's Laws
Engineering - Floating on Air (NASA)
Concept Development 4/1 Mass versus Weight
Concept Development 4/2 Statics
Concept Development 4/3 Force and Velocity Vectors
Math Packet 3 Forces: 3-1 Forces and Acceleration, 3-2 Friction, 3-3 Statics
Mechanical Equilibrium - Statics
Newton's First Law of Motion - Inertia
Newton's Second Law of Motion - Force and Acceleration
Newton's Third Law of Motion - Action and Reaction
The Physics Classroom - Newton's Laws Tutorial
Lesson 1 - Newton's First Law of Motion
Lesson 2- Force and Its Representation (Free Body Diagrams)
Lesson 3 - Newton's Second Law of Motion
Lesson 4 - Newton's Third Law of Motion
The Physics Classroom - Newton's Laws Interactives
Force
Balanced vs. Unbalanced Forces
Free-Body Diagrams
Rocket Sledder
Which One Doesn't Belong?
Skydiving
Elevator Ride
Atwood's Machine
The Physics Classroom - Review Session Questions for Newton's Law's Review
The Physics Classroom - Review Session Questions for Forces in Two Dimensions
Newton's First Law of Motion - Inertial
Use web code csd - 1040
Newton's Second Law of Motion - Force and Acceleration
Use web code csd - 1050
Newton's Third Law of Motion - Action and Reaction
Use web code csd - 1060
Hewitt Drew It!
Force Vectors on an Incline #7
A+ Physics
Bozeman Science: Free Body Diagrams
Bozeman Science: Forces and Motion
Bozeman Science: Newton's Second Law
Bozeman Science: Newton's Third Law
Crash Course: Physics - #5 Newton's Laws
Crash Course Physics - #6 Friction
Crash Course Physics - #13 Statics
How Stuff Works: Science - Newton's Laws of Motion
Physics! Unit 04 UBFPM Packet 2012 Unbalanced Force Model Worksheet