Unknown macro: {table}
Unknown macro: {tr}
Unknown macro: {td}
Error formatting macro: live-template: java.lang.NullPointerException
Unknown macro: {td}
Gateways to Content of WIKItextBook
This page offers multiple gateways into the WIKItextBook, each helpful to one or another aspect of learning. It allows you to view the material in various sharply focused ways: as a hierarchy of models, a glossary, by common interactions, or as a presorted collection of worked examples that all use the MAPS problem solving rubic. We also offer more traditional chapter-like organizations each called a "learning path" and arranged into a series of lessons. These reorganizations take advantage of the electronic textBook's intrinsic rearrangeability.
I. Hierarchy of Models
The page Model Hierarchy could not be found.
Unable to render {children}. Page not found: Model Hierarchy.
Unable to render {children}. Page not found: Model Hierarchy.
II. Interaction Glossary
A glossary of the specific interactions that are commonly encountered in mechanics. In addition to being a resource describing these interactions, it is reasonable to consider this glossary to provide an organizational scheme for the WIKI content. From this perspective, the glossary encourages the view that mechanics is a collection of different ways to describe the effects of a particular group of interactions.Commonly Encountered Interactions
Commonly Encountered Interactions
deck: com.atlassian.confluence.macro.MacroExecutionException: java.lang.NullPointerException
III. Vocabulary Glossary
A collection of the specialized vocabulary that you will need to learn with definitions and explanations. The alphabetical order of the glossary has no physics-based logic, but might be a good order for reviewing the material.- acceleration
- amplitude
- angular acceleration
- angular frequency
- angular impulse
- angular momentum about a single axis
- angular position
- angular velocity
- axis of rotation
- center of mass
- centripetal acceleration
- coefficient of friction
- conservative force
- conserved
- coordinate system
- cross product
- decomposition
- Delta-v diagram
- displacement
- distance
- dot product
- dynamics
- elastic collision
- elementary fermionic particle
- environment
- equilibrium position
- experiment
- external force
- fixed axis
- force
- force diagram
- free body diagram
- freefall
- friction (interaction)
- fundamental forces
- gee
- gravity (interaction)
- gyroscope
- impulse
- inertial reference frame
- infinitely massive object
- initial-state final-state diagram
- interaction
- internal force
- kinematics
- kinetic energy
- line of action
- magnitude
- mass
- massless object
- mass on a spring
- mechanical energy
- mechanics
- model
- moment arm
- moment of inertia
- momentum
- motion diagram
- natural frequency
- net force
- Newton's First Law
- Newton's Second Law
- Newton's Third Law
- Newtonian mechanics
- non-conservative force
- parallel axis theorem
- pendulum
- period
- periodic motion
- phase
- phenomenological forces
- Physical Model
- point particle
- position
- position versus time graph
- potential energy
- power
- precession
- problem
- projectile
- pure rotation
- quantity of motion
- radians
- restoring force
- right-handed coordinate system
- rigid body
- rolling without slipping
- rotational kinetic energy
- scalar
- scalar product
- significant figures
- sinusoidal function
- small angle approximation
- speed
- statics
- Strategic Knowedge
- system
- system constituent
- tangential acceleration
- tension
- torque (single-axis)
- totally inelastic collision
- vector
- velocity
- weight
- work
- Work-Kinetic Energy Theorem
deck: com.atlassian.confluence.macro.MacroExecutionException: java.lang.NullPointerException
- acceleration
- amplitude
- angular acceleration
- angular frequency
- angular impulse
- angular momentum about a single axis
- angular position
- angular velocity
- axis of rotation
- center of mass
- centripetal acceleration
- coefficient of friction
- conservative force
- conserved
- coordinate system
- cross product
- decomposition
- Delta-v diagram
- displacement
- distance
- dot product
- dynamics
- elastic collision
- elementary fermionic particle
- environment
- equilibrium position
- experiment
- external force
- fixed axis
- force
- force diagram
- free body diagram
- freefall
- friction (interaction)
- fundamental forces
- gee
- gravity (interaction)
- gyroscope
- impulse
- inertial reference frame
- infinitely massive object
- initial-state final-state diagram
- interaction
- internal force
- kinematics
- kinetic energy
- line of action
- magnitude
- mass
- massless object
- mass on a spring
- mechanical energy
- mechanics
- model
- moment arm
- moment of inertia
- momentum
- motion diagram
- natural frequency
- net force
- Newton's First Law
- Newton's Second Law
- Newton's Third Law
- Newtonian mechanics
- non-conservative force
- parallel axis theorem
- pendulum
- period
- periodic motion
- phase
- phenomenological forces
- Physical Model
- point particle
- position
- position versus time graph
- potential energy
- power
- precession
- problem
- projectile
- pure rotation
- quantity of motion
- radians
- restoring force
- right-handed coordinate system
- rigid body
- rolling without slipping
- rotational kinetic energy
- scalar
- scalar product
- significant figures
- sinusoidal function
- small angle approximation
- speed
- statics
- Strategic Knowedge
- system
- system constituent
- tangential acceleration
- tension
- torque (single-axis)
- totally inelastic collision
- vector
- velocity
- weight
- work
- Work-Kinetic Energy Theorem
deck: com.atlassian.confluence.macro.MacroExecutionException: java.lang.NullPointerException
deck: com.atlassian.confluence.macro.MacroExecutionException: java.lang.NullPointerException
IV. Instructional Paths
Sequences of lessons that suggest an order in which to learn the material and fill in details. This organizational scheme for the WIKI is designed to help beginners get started learning physics.V. Worked Examples
Another way experts commonly organize the mechanics syllabus is by the tasks that students should learn to perform.Worked Examples from Motion and Acceleration
- Accelerate, Decelerate
- An Exercise in Continuity
- A Velocity for Words
- Campus Tour
- Dwarf Mistletoe
- Fan-Powered Ice Boat
- Fountain
- Keys Please
- Lissajous Figures and the Bowditch Pendulum
- Overdriving Headlights
- Space Station
- Speed Trap
- Throwing a Baseball 1 (The Basics)
- Throwing a Baseball 2 (Vectors)
- Training Flight
- Where Do We Meet?
Worked Examples from Momentum and Force
- Apparently I've Lost Weight
- Atwood's Machine
- Basics of Static Friction
- Cannonballs in a Boxcar
- Chain Reaction
- Finding Normal
- Head-on Collision
- I'm Inclined to Tilt the Coordinates
- Is That Normal?
- Let it Rain
- Momentum Transport
- Off the Wall
- Out of Bounds
- Pushing a Box
- Pushing a Box Some More
- Pushing a Box with Friction
- Pushing a Box with Friction Some More
- Pushing Two Boxes
- Rope Bridge
- Skydiving
Worked Examples from Mechanical Energy and Non-Conservative Work
- Bungee Jump
- Bungee Jumping for the Brave
- Diagrams and Mechanical Energy
- Give it a Kick
- Path Independence
- Roller Coaster Diet?
- Spring has Sprung
- When 7000 hp Just Isn't Enough
- Why are you always so negative?
Worked Examples from Angular Momentum and Torque
- A ball hits a bar and sticks to it.
- Ballistic Pendulum Revisited
- Lost in Space
- Moment of Inertia of a Block
- Moment of Inertia of a Solid Sphere
- Not-So-Simple Pendulum
- Rolling Coin
- Spinning Top
- Twirling Skater
Multi-Concept Problems
- Accelerating Flywheel
- A Walk on the Pond
- Banking the Curve
- Big Ben
- Capture Cross-Section
- Close the Gate
- Cue the Right-Angle Bracket
- Down the Alley
- Down the Ramp
- Down the Well
- Locking Your Bike
- Mass Between Two Springs
- Mass on a Vertical Spring
- Pull Harder!
- Rotating a Space Ship
- Sliding Yardstick
- The Ladder Problem
- Watch Your Head
deck: com.atlassian.confluence.macro.MacroExecutionException: java.lang.NullPointerException
Worked Examples from Motion and Acceleration
- Accelerate, Decelerate
- An Exercise in Continuity
- A Velocity for Words
- Campus Tour
- Dwarf Mistletoe
- Fan-Powered Ice Boat
- Fountain
- Keys Please
- Lissajous Figures and the Bowditch Pendulum
- Overdriving Headlights
- Space Station
- Speed Trap
- Throwing a Baseball 1 (The Basics)
- Throwing a Baseball 2 (Vectors)
- Training Flight
- Where Do We Meet?
Worked Examples from Momentum and Force
- Apparently I've Lost Weight
- Atwood's Machine
- Basics of Static Friction
- Cannonballs in a Boxcar
- Chain Reaction
- Finding Normal
- Head-on Collision
- I'm Inclined to Tilt the Coordinates
- Is That Normal?
- Let it Rain
- Momentum Transport
- Off the Wall
- Out of Bounds
- Pushing a Box
- Pushing a Box Some More
- Pushing a Box with Friction
- Pushing a Box with Friction Some More
- Pushing Two Boxes
- Rope Bridge
- Skydiving
Worked Examples from Mechanical Energy and Non-Conservative Work
- Bungee Jump
- Bungee Jumping for the Brave
- Diagrams and Mechanical Energy
- Give it a Kick
- Path Independence
- Roller Coaster Diet?
- Spring has Sprung
- When 7000 hp Just Isn't Enough
- Why are you always so negative?
Worked Examples from Angular Momentum and Torque
- A ball hits a bar and sticks to it.
- Ballistic Pendulum Revisited
- Lost in Space
- Moment of Inertia of a Block
- Moment of Inertia of a Solid Sphere
- Not-So-Simple Pendulum
- Rolling Coin
- Spinning Top
- Twirling Skater
Multi-Concept Problems
- Accelerating Flywheel
- A Walk on the Pond
- Banking the Curve
- Big Ben
- Capture Cross-Section
- Close the Gate
- Cue the Right-Angle Bracket
- Down the Alley
- Down the Ramp
- Down the Well
- Locking Your Bike
- Mass Between Two Springs
- Mass on a Vertical Spring
- Pull Harder!
- Rotating a Space Ship
- Sliding Yardstick
- The Ladder Problem
- Watch Your Head
deck: com.atlassian.confluence.macro.MacroExecutionException: java.lang.NullPointerException
deck: com.atlassian.confluence.macro.MacroExecutionException: java.lang.NullPointerException
Error formatting macro: live-template: java.lang.NullPointerException