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course_planning:notes_mirror [2014/10/31 13:29] – [Core Idea: Energy is Conserved] caballero | course_planning:notes_mirror [2015/01/27 15:46] (current) – [Core Idea: Forces Cause Changes in Momentum] caballero |
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<WRAP round alert>This is the "pre-production" version of [[:183_notes|student-facing course notes page]]. Organize and make edits here before copying to student-facing page. Write all new notes in the 183_notes namespace, so that they are public by default, but hidden by lack of links. Remember students do not have access to this page because it is in a restricted namespace (course_planning), but do have access to the public namespace (183_notes).</WRAP> | <WRAP round alert>This is the "pre-production" version of [[:183_notes|student-facing course notes page]]. Organize and make edits here before copying to student-facing page. Write all new notes in the 183_notes namespace, so that they are public by default, but hidden by lack of links. Remember students do not have access to this page because it is in a restricted namespace (course_planning), but do have access to the public namespace (183_notes).</WRAP> |
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=== Week 3 - Modeling Motion with Non-Constant Forces: Springs === | === Week 3 - Modeling Motion with Non-Constant Forces: Springs === |
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| * [[:183_notes:fbds|Free-body Diagrams]] |
* [[:183_notes:impulseGraphs|Impulse Graphs]] | * [[:183_notes:impulseGraphs|Impulse Graphs]] |
* [[:183_notes:springMotion|Non-constant Force: Springs & Spring-like Interactions]] | * [[:183_notes:springMotion|Non-constant Force: Springs & Spring-like Interactions]] |
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* [[183_notes:center_of_mass|Center of Mass Motion]] | * [[183_notes:center_of_mass|Center of Mass Motion]] |
* [[183_notes:energy_sep|Separating Energy in Multi-particle Systems]] | * [[183_notes:energy_sep|Separating Energy in Multi-Particle Systems]] |
* [[183_notes:rot_KE|Rotational Kinetic Energy]] | * [[183_notes:rot_KE|Rotational Kinetic Energy]] |
* [[183_notes:pp_vs_real|Point Particle and Real Systems]] | * [[183_notes:pp_vs_real|Point Particle and Real Systems]] |
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==== Core Ideas: Forces Cause Changes in Momentum; Energy is Conserved ==== | ==== Core Ideas: Forces Cause Changes in Momentum; Energy is Conserved ==== |
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=== Week 12 - Modeling the Colliding of Systems === | === Week 12 - Modeling the Colliding of Systems === |
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| * [[:183_notes:colliding_systems|Collisions]] |
| * [[:183_notes:discovery_of_the_nucleus|Discovery of the Nucleus]] |
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==== Core Idea: Torques Cause Changes in Angular Momentum ==== | ==== Core Idea: Torques Cause Changes in Angular Momentum ==== |
=== Week 13 - Conservation of Angular Momentum === | === Week 13 - Conservation of Angular Momentum === |
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==== Core Ideas: Forces Cause Changes in Momentum; Energy is Conserved; Torques Cause Changes in Angular Momentum ==== | * [[:183_notes:angular_motivation|Why Angular Momentum?]] |
| * [[:183_notes:torque|Torques Cause Changes in Rotation]] |
=== Week 14 - Modeling Systems using Conservation Theorems === | * [[:183_notes:ang_momentum|Angular Momentum]] |
| * [[:183_notes:L_principle|Net Torque & The Angular Momentum Principle]] |
| * [[:183_notes:L_conservation|Angular Momentum Conservation]] |
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| ==== Core Ideas: Forces Cause Changes in Momentum; Energy is Conserved; Torques Cause Changes in Angular Momentum ==== |
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| === Week 14 - The Core Principles of Mechanics === |
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| * [[:183_notes:Fundamental_Principles|The 3 Fundamental Principles of Mechanics]] |