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12. Problem Solving Methods for Rotating Rigid Bodies1:11:2201 list
11. Mass Moment of Inertia of Rigid Bodies1:09:5801 list
9. Rotating Imbalance1:14:3201 list
7. Degrees of Freedom, Free Body Diagrams, & Fictitious Forces1:11:4301 list
5. Impulse, Torque, & Angular Momentum for a System of Particles1:17:6001 list
4. Movement of a Particle in Circular Motion w/ Polar Coordinates56:1701 list
3. Motion of Center of Mass; Acceleration in Rotating Ref. Frames1:14:4701 list
2. Newton's Laws & Describing the Kinematics of Particles1:11:9001 list
1. History of Dynamics; Motion in Moving Reference Frames54:1901 list
Preparing for the Course1:500
Idea for the Course0:440
Goals for the Course0:340
Lesson 13: Part 3 - Food Preparation9:5601 list
Lesson 13: Part 1 - Opening Lecture5:7001 list
Lesson 13: Part 2 - Ingredients and Cooking Instruction7:1301 list
Creating the Assignments1:400
Selecting the Correct Language Level0:550
Language Immersion1:600
Structure of a Typical Class1:120
Using Cooking to Teach Italian1:160
Time Management/Students' Energy Levels0:480
Teaching Italian Grammar1:330
Future Versions of the Course1:900
Lesson 11: Part 3 - Closing Lecture8:7001 list
Lesson 2: Part 1 - Language Instruction20:4301 list
Lesson 3: Part 2 - Ingredients and Vocab10:4801 list
Lesson 4: Part 1 - Language Instruction23:2601 list
Lesson 3: Part 3 - Cooking Instruction10:2301 list
Lesson 10: Part 4 - A Game!12:3701 list
Lesson 10: Part 1 - Opening Lecture11:1401 list
Lesson 11: Part 1 - Opening Lecture8:3901 list
Lesson 7: Part 1 - Opening Lecture13:3801 list
Lesson 6: Part 2 - Cooking Instruction12:3001 list
Lesson 6: Part 1 - Vocabulary and Sentences4:5101 list
Lesson 6: Part 3 - Closing Lecture9:5301 list
Lesson 5: Part 3 - Cooking Instruction8:6001 list
Lesson 2: Part 2 - Ingredients8:4801 list
Lesson 3: Part 1 - Opening Lecture7:5801 list
Lesson 2: Part 3 - Cooking Instruction8:5001 list
Lesson 1: Part 2 - Cooking Instruction10:5501 list
Lesson 3: Part 4 - Closing Lecture10:4701 list
Lesson 10: Part 3 - Closing Lecture15:4701 list
Lesson 1: Part 1 - Language Instruction19:3801 list
Lesson 11: Part 2 - Ingredients and Cooking Instruction12:9001 list
Lesson 12: Part 1 - Opening and Ingredients10:3601 list
Lesson 12: Part 2 - Cooking Instruction11:3301 list
Lesson 12: Part 3 - Closing Lecture11:1401 list
Lesson 4: Part 2 - Ingredients and Vocabulary7:1401 list
Lesson 5: Part 1 - Language Instruction31:5701 list
Lesson 4: Part 3 - Cooking Instruction9:5701 list
Lesson 7: Part 3 - Cooking Instruction9:6001 list
Lesson 10: Part 2 - Ingredients and Cooking Instruction14:1701 list
Lesson 7: Part 2 - Ingredients8:5001 list
Exercise 7 Video: Inflation of Discretized Units1:180
Exercise 7 Video: Construction Process50:400
Video Demonstration of Project 1: EMT Variations in Cancer1:280
Video Demonstration of Project 1: Belousov-Zhabotinsky Reaction1:160
Video Demonstration of Project 1: Chitin and Butterflies1:900
Video Demonstration of Project 1: Spider Web Deformation1:540
10. Three cases, rolling disc problem1:13:5901 list
1. Course information; Begin kinematics41:4401 list
3. Pulley problem, angular velocity, magic formula1:19:2401 list
2. The "spider on a Frisbee" problem1:17:3301 list
4. Magic and super-magic formulae1:18:5101 list
5. Super-magic formula, degrees of freedom, non-standard coordinates, kinematic constraints1:19:1301 list
7. Impulse, skier separation problem1:16:4201 list
8. Single particle; Two particles1:17:5301 list
9. Dumbbell problem, multiple particle systems, rigid bodies, derivation of torque = I*alpha1:20:3801 list
Lesson 5: Part 2 - Ingredients and Vocabulary8:5201 list
Lesson 9 Part 3 - Food Preparation3:5201 list
Lesson 8: Part 1 - Opening Lecture23:5201 list
Lesson 8: Part 2 - Cooking Instruction8:2201 list
Lesson 9: Part 2 - Ingredients and Cooking Instruction7:5401 list
Lesson 9: Part 1 - Opening Lecture16:2001 list
9. More Compensation43:100
6. More Root Locus51:460
11. Feedback Compensation41:160
10. Compensation Example55:430
2. Effects of Feedback on Noise and Nonlinearities52:900
7. Stability via Frequency Response48:240
5. Root Locus52:000
3. Introduction to Systems with Dynamics50:600
14. Linearized Analysis of Nonlinear Systems57:310
20. Model Train Speed Control48:570
8. Compensation46:500
4. Stability41:380
17. Conditional Stability58:520
18. Oscillators (Intentional)53:800
16. Describing Functions (continued)51:570
19. Phase-locked Loops41:470
15. Describing Functions41:140
1. Introduction and Basic Concepts50:560
12. Feedback Compensation of an Operational Amplifier48:120
13. Operational Amplifier Compensation (continued)57:100
Ses 19: Efficient Markets II1:20:100
Ses 20: Efficient Markets III & Course Summary54:250
Ses 16: The CAPM and APT II1:15:250
Ses 13: Risk and Return II & Portfolio Theory I1:18:370
Ses 12: Options III & Risk and Return I1:07:100
Ses 1: Introduction and Course Overview1:07:130



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