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Physics and Our Universe : How It All Works / Richard Wolfson ; The Teaching Company.

Par : Wolfson, Richard, 1950- | Middlebury College.
Collaborateur(s) : The Teaching Company.
Collection : The Great Courses ; Science & Mathematics ; Physics. Éditeur : Chantilly, VA : The Teaching Company, 2011Édition : 1st ed.Description :10 DVDs (1080 min.) : sd. col. ; 4 3/4 in. + 1 Course Guidebook (viii, 382 p. : ill. ; 19 cm).ISBN : 1598037714 (dvd).Sujet(s) : Physics | General Relativity | UniverseGenre/Forme :Filmed lectures. | Educational films. | Instructional films. | DVD-Video discs.Ressources en ligne : Publisher's Website.
Dépouillement complet :
"Physics gives us extraordinary power over the world, paving the way for devices from radios to GPS satellites, from steam engines to nanomaterials. It's no exaggeration to say that every invention ever conceived makes use of the principles of physics. Moreover, physics not only underlies all of the natural sciences and engineering, but also its discoveries touch on the deepest philosophical questions about the nature of reality.
Which makes physics sound like the most complicated subject there is. But it isn't. The beauty of physics is that it is simple, so simple that anyone can learn it. In 60 enthralling half-hour lectures, Physics and Our Universe: How It All Works proves that case, giving you a robust, introductory college-level course in physics. This course doesn't stint on details and always presents its subject in all of its elegance - yet it doesn't rely heavily on equations and mathematics, using nothing more advanced than high school algebra and trigonometry." (Publisher's Website)
DVD CONTENTS:
Volume I of II
DISC 1 Lecture 1. The Fundamental Science Lecture 2. Languages of Physics Lecture 3. Describing Motion Lecture 4. Falling Freely Lecture 5. It's a 3-D World! Lecture 6. Going in Circles
DISC 2 Lecture 7. Causes of Motion Lecture 8. Using Newton's Laws - 1-D Motion Lecture 9. Action and Reaction Lecture 10. Newton's Laws in 2 and 3 Dimension Lecture 11. Work and Energy Lecture 12. Using Energy Conservation
DISC 3 Lecture 13. Gravity Lecture 14. Systems of Particles Lecture 15. Rotational Motion Lecture 16. Keeping Still Lecture 17. Back and Forth - Oscillatory Motion Lecture 18. Making Waves
DISC 4 Lecture 19. Fluid Statics - The Tip of the Iceberg Lecture 20. Fluid Dynamics Lecture 21. Heat and Temperature Lecture 22. Heat Transfer Lecture 23. Matter and Heat Lecture 24. The Ideal Gas
DISC 5 Lecture 25. Heat and Work Lecture 26. Entropy - The Second Law Lecture 27. Consequences of the Second Law Lecture 28. A Charged World Lecture 29. The Electric Field Lecture 30. Electric Potential
DISC 6 Lecture 31. Electric Energy Lecture 32. Electric Current Lecture 33. Electric Circuits Lecture 34. Magnetism Lecture 35. The Origin of Magnetism Lecture 36. Electromagnetic Induction
VOLUME II of II
DISC 7 Lecture 37. Applications of Electromagnetic Induction Lecture 38. Magnetic Energy Lecture 39. AC/DC Lecture 40. Electromagnetic Waves Lecture 41. Reflection and Refraction Lecture 42. Imaging
DISC 8 Lecture 43. Wave Optics Lecture 44. Cracks in the Classical Picture Lecture 45. Earth, Ether, Light Lecture 46. Special Relativity Lecture 47. Time and Space Lecture 48. Space-Time and Mass-Energy
DISC 9 Lecture 49. General Relativity Lecture 50. Introducing the Quantum Lecture 51. Atomic Quandaries Lecture 52. Wave or Particle? Lecture 53. Quantum Mechanics Lecture 54. Atoms
DISC 10 Lecture 55. Molecules and Solids Lecture 56. The Atomic Nucleus Lecture 57. Energy from the Nucleus Lecture 58. The Particle Zoo Lecture 59. An Evolving Universe Lecture 60. Humble Physics - What We Don't Know
GUIDEBOOK CONTENTS:
INTRODUCTION Professor Biography Course Scope
LECTURE GUIDES Lecture 1: The Fundamental Science Lecture 2: Languages of Physics Lecture 3: Describing Motion Lecture 4: Falling Freely Lecture 5: It's a 3-D World! Lecture 6: Going in Circles Lecture 7: Causes of Motion Lecture 8: Using Newton's Laws -1-D Motion Lecture 9: Action and Reaction Lecture 10: Newton's Laws in 2 and 3 Dimension Lecture 11: Work and Energy Lecture 12: Using Energy Conservation Lecture 13: Gravity Lecture 14: Systems of Particles Lecture 15: Rotational Motion Lecture 16: Keeping Still Lecture 17: Back and Forth - Oscillatory Motion Lecture 18: Making Waves Lecture 19: Fluid Statics: The Tip of the Iceberg Lecture 20: Fluid Dynamics Lecture 21: Heat and Temperature Lecture 22: Heat Transfer Lecture 23: Matter and Heat Lecture 24: The Ideal Gas Lecture 25: Heat and Work Lecture 26: Entropy - The Second Law Lecture 27: Consequences of he Second Law Lecture 28: A Charged World Lecture 29: The Electric Field Lecture 30: Electric Potential Lecture 31: Electric Energy Lecture 32: Electric Current Lecture 33: Electric Circuits Lecture 34: Magnetism Lecture 35: The Origin of Magnetism Lecture 36: Electromagnetic Induction Lecture 37: Applications of Electromagnetic Induction Lecture 38: Magnetic Energy Lecture 39: AC/DC Lecture 40: Electromagnetic Waves Lecture 41: Reflection and Refraction Lecture 42: Imaging Lecture 43: Wave Optics Lecture 44: Cracks in the Classical Picture Lecture 45: Earth, Ether, Light Lecture 46: Special Relativity Lecture 47: Time and Space Lecture 48: Space-Time and Mass-Energy Lecture 49: General Relativity Lecture 50: Introducing the Quantum Lecture 51: Atomic Quandaries Lecture 52: Wave or Particle? Lecture 53: Quantum Mechanics Lecture 54: Atoms Lecture 55: Molecules and Solids Lecture 56: The Atomic Nucleus Lecture 57: Energy from the Nucleus Lecture 58: The Particle Zoo Lecture 59: An Evolving Universe Lecture 60: Humble Physics: What We Don't Know
SUPPLEMENTAL MATERIAL
Glossary
Bibliography
Générique de production :Producer, Alisha Reay ; editors, Rich Bernett, Michael Judge, Alisha Reay ; directors, Jonathan D. Leven, Jim M. Allen, Chris Preston.
Sixty lectures of thirty minutes each by Professor Richard Wolfson, Professor of Physics at Middleburry College.
Mots-clés de cette bibliothèque : Pas de mots-clés pour ce titre. Connectez-vous pour créer des mots-clés.
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Type de document Site actuel Collection Cote Numéro de copie Statut Date d'échéance Code à barres
Matériaux mélangés Matériaux mélangés CR Julien-Couture RC (Learning)
General Stacks 		Non-fiction SPE GRE 3 (Parcourir l'étagère) 1 (Course Guidebook) Not For Loan A025580
Matériaux mélangés Matériaux mélangés CR Julien-Couture RC (Learning)
General Stacks 		Non-fiction SPE GRE 3 (Parcourir l'étagère) 1 (DVD 1/10) Not For Loan A025581
Matériaux mélangés Matériaux mélangés CR Julien-Couture RC (Learning)
General Stacks 		Non-fiction SPE GRE 3 (Parcourir l'étagère) 1 (DVD 10/10) Not For Loan A025590
Matériaux mélangés Matériaux mélangés CR Julien-Couture RC (Learning)
General Stacks 		Non-fiction SPE GRE 3 (Parcourir l'étagère) 1 (DVD 2/10) Not For Loan A025582
Matériaux mélangés Matériaux mélangés CR Julien-Couture RC (Learning)
General Stacks 		Non-fiction SPE GRE 3 (Parcourir l'étagère) 1 (DVD 3/10) Not For Loan A025583
Matériaux mélangés Matériaux mélangés CR Julien-Couture RC (Learning)
General Stacks 		Non-fiction SPE GRE 3 (Parcourir l'étagère) 1 (DVD 4/10) Not For Loan A025584
Matériaux mélangés Matériaux mélangés CR Julien-Couture RC (Learning)
General Stacks 		Non-fiction SPE GRE 3 (Parcourir l'étagère) 1 (DVD 5/10) Not For Loan A025585
Matériaux mélangés Matériaux mélangés CR Julien-Couture RC (Learning)
General Stacks 		Non-fiction SPE GRE 3 (Parcourir l'étagère) 1 (DVD 6/10) Not For Loan A025586
Matériaux mélangés Matériaux mélangés CR Julien-Couture RC (Learning)
General Stacks 		Non-fiction SPE GRE 3 (Parcourir l'étagère) 1 (DVD 7/10) Not For Loan A025587
Matériaux mélangés Matériaux mélangés CR Julien-Couture RC (Learning)
General Stacks 		Non-fiction SPE GRE 3 (Parcourir l'étagère) 1 (DVD 8/10) Not For Loan A025588
Matériaux mélangés Matériaux mélangés CR Julien-Couture RC (Learning)
General Stacks 		Non-fiction SPE GRE 3 (Parcourir l'étagère) 1 (DVD 9/10) Not For Loan A025589

Includes 60 x 30 min. lectures.
Also Includes Course Guidebook.

The Course Guidebook includes a glossary and bibliographical references.

"Physics gives us extraordinary power over the world, paving the way for devices from radios to GPS satellites, from steam engines to nanomaterials. It's no exaggeration to say that every invention ever conceived makes use of the principles of physics. Moreover, physics not only underlies all of the natural sciences and engineering, but also its discoveries touch on the deepest philosophical questions about the nature of reality.

Which makes physics sound like the most complicated subject there is. But it isn't. The beauty of physics is that it is simple, so simple that anyone can learn it. In 60 enthralling half-hour lectures, Physics and Our Universe: How It All Works proves that case, giving you a robust, introductory college-level course in physics. This course doesn't stint on details and always presents its subject in all of its elegance - yet it doesn't rely heavily on equations and mathematics, using nothing more advanced than high school algebra and trigonometry." (Publisher's Website)

DVD CONTENTS:

Volume I of II

DISC 1
Lecture 1. The Fundamental Science
Lecture 2. Languages of Physics
Lecture 3. Describing Motion
Lecture 4. Falling Freely
Lecture 5. It's a 3-D World!
Lecture 6. Going in Circles

DISC 2
Lecture 7. Causes of Motion
Lecture 8. Using Newton's Laws - 1-D Motion
Lecture 9. Action and Reaction
Lecture 10. Newton's Laws in 2 and 3 Dimension
Lecture 11. Work and Energy
Lecture 12. Using Energy Conservation

DISC 3
Lecture 13. Gravity
Lecture 14. Systems of Particles
Lecture 15. Rotational Motion
Lecture 16. Keeping Still
Lecture 17. Back and Forth - Oscillatory Motion
Lecture 18. Making Waves

DISC 4
Lecture 19. Fluid Statics - The Tip of the Iceberg
Lecture 20. Fluid Dynamics
Lecture 21. Heat and Temperature
Lecture 22. Heat Transfer
Lecture 23. Matter and Heat
Lecture 24. The Ideal Gas

DISC 5
Lecture 25. Heat and Work
Lecture 26. Entropy - The Second Law
Lecture 27. Consequences of the Second Law
Lecture 28. A Charged World
Lecture 29. The Electric Field
Lecture 30. Electric Potential

DISC 6
Lecture 31. Electric Energy
Lecture 32. Electric Current
Lecture 33. Electric Circuits
Lecture 34. Magnetism
Lecture 35. The Origin of Magnetism
Lecture 36. Electromagnetic Induction

VOLUME II of II

DISC 7
Lecture 37. Applications of Electromagnetic Induction
Lecture 38. Magnetic Energy
Lecture 39. AC/DC
Lecture 40. Electromagnetic Waves
Lecture 41. Reflection and Refraction
Lecture 42. Imaging

DISC 8
Lecture 43. Wave Optics
Lecture 44. Cracks in the Classical Picture
Lecture 45. Earth, Ether, Light
Lecture 46. Special Relativity
Lecture 47. Time and Space
Lecture 48. Space-Time and Mass-Energy

DISC 9
Lecture 49. General Relativity
Lecture 50. Introducing the Quantum
Lecture 51. Atomic Quandaries
Lecture 52. Wave or Particle?
Lecture 53. Quantum Mechanics
Lecture 54. Atoms

DISC 10
Lecture 55. Molecules and Solids
Lecture 56. The Atomic Nucleus
Lecture 57. Energy from the Nucleus
Lecture 58. The Particle Zoo
Lecture 59. An Evolving Universe
Lecture 60. Humble Physics - What We Don't Know

GUIDEBOOK CONTENTS:

INTRODUCTION
Professor Biography
Course Scope

LECTURE GUIDES
Lecture 1: The Fundamental Science
Lecture 2: Languages of Physics
Lecture 3: Describing Motion
Lecture 4: Falling Freely
Lecture 5: It's a 3-D World!
Lecture 6: Going in Circles
Lecture 7: Causes of Motion
Lecture 8: Using Newton's Laws -1-D Motion
Lecture 9: Action and Reaction
Lecture 10: Newton's Laws in 2 and 3 Dimension
Lecture 11: Work and Energy
Lecture 12: Using Energy Conservation
Lecture 13: Gravity
Lecture 14: Systems of Particles
Lecture 15: Rotational Motion
Lecture 16: Keeping Still
Lecture 17: Back and Forth - Oscillatory Motion
Lecture 18: Making Waves
Lecture 19: Fluid Statics: The Tip of the Iceberg
Lecture 20: Fluid Dynamics
Lecture 21: Heat and Temperature
Lecture 22: Heat Transfer
Lecture 23: Matter and Heat
Lecture 24: The Ideal Gas
Lecture 25: Heat and Work
Lecture 26: Entropy - The Second Law
Lecture 27: Consequences of he Second Law
Lecture 28: A Charged World
Lecture 29: The Electric Field
Lecture 30: Electric Potential
Lecture 31: Electric Energy
Lecture 32: Electric Current
Lecture 33: Electric Circuits
Lecture 34: Magnetism
Lecture 35: The Origin of Magnetism
Lecture 36: Electromagnetic Induction
Lecture 37: Applications of Electromagnetic Induction
Lecture 38: Magnetic Energy
Lecture 39: AC/DC
Lecture 40: Electromagnetic Waves
Lecture 41: Reflection and Refraction
Lecture 42: Imaging
Lecture 43: Wave Optics
Lecture 44: Cracks in the Classical Picture
Lecture 45: Earth, Ether, Light
Lecture 46: Special Relativity
Lecture 47: Time and Space
Lecture 48: Space-Time and Mass-Energy
Lecture 49: General Relativity
Lecture 50: Introducing the Quantum
Lecture 51: Atomic Quandaries
Lecture 52: Wave or Particle?
Lecture 53: Quantum Mechanics
Lecture 54: Atoms
Lecture 55: Molecules and Solids
Lecture 56: The Atomic Nucleus
Lecture 57: Energy from the Nucleus
Lecture 58: The Particle Zoo
Lecture 59: An Evolving Universe
Lecture 60: Humble Physics: What We Don't Know

SUPPLEMENTAL MATERIAL

Glossary

Bibliography

Producer, Alisha Reay ; editors, Rich Bernett, Michael Judge, Alisha Reay ; directors, Jonathan D. Leven, Jim M. Allen, Chris Preston.

Sixty lectures of thirty minutes each by Professor Richard Wolfson, Professor of Physics at Middleburry College.

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