1. Clicking ▼&► to (un)fold the tree menu may facilitate locating what you want to find. 2. Videos embedded here do not necessarily represent my viewpoints or preferences. 3. This is just one of my several websites. Please click the category-tags below these two lines to go to each independent website.
2016-12-17
Like Mother, Like Child – Professor Paul Leeson
source: Oxford BRC 2016年11月29日
Professor Paul Leeson, Professor of Cardiovascular Medicine, University of Oxford, talks about links between the cardiovascular health of a mother and her child. Up to 10% of pregnancies are complicated by high blood pressure in the mother. Increasingly, it is being appreciated that this problem identifies both a mother and child at risk of high blood pressure at other times in life. An understanding of the biological links between mother and child, which may influence later blood pressure, is being used as a means to develop more effective prevention approaches for later cardiovascular disease.
David Chalmers Interview
source: Philosophical Overdose 2016年11月18日
Chalmers here discusses how he came to philosophy and his interest in the nature of consciousness and the so-called "hard problem". He also discusses artificial intelligence, the nature of the universe, free will, personal identity, mind-uploading, and the nature of philosophy itself. This is from the Moscow Center for Consciousness Studies : http://hardproblem.ru/lang-pref/en/ab... They also have a Youtube channel which you can find here: https://www.youtube.com/channel/UCei3...
LSE Events | The Man Who Knew: the life and times of Alan Greenspan Professor Charles Goodhart
source: London School of Economics and Political Science 2016年11月16日
Date: Monday 7 November 2016
Time: 6.30-8pm
Venue: Old Theatre, Old Building
Speaker: Sebastian Mallaby
Chair: Professor Charles Goodhart
No post-war figure has loomed over global finance as imposingly as Alan Greenspan, America’s Fed chairman from the booming 1980s until the eve of the 2008 financial crash. And no figure has been more paradoxical: a man who preached the virtue of the gold standard, yet came to embody paper money; a man who posed as a dry technocrat, yet was political to his core. From his debut as an acolyte of the cultish libertarian novelist, Ayn Rand, through his controversial relationship with Richard Nixon and successive presidents, Greenspan was the ultimate Washington wise man, the quiet God in the machine. But when global finance melted down, Greenspan’s reputation melted with it.
Drawing on five years of untrammelled access to Greenspan, his papers, and his professional and personal intimates, Sebastian Mallaby has written the definitive study of the preeminent financial statesman of the post-war era. Reckoning both with Greenspan’s monetary decisions and with his approach to financial regulation, Mallaby grapples with the central mystery that Greenspan’s life presents to us. Why did a man so universally celebrated forge a financial system that proved so fatally unstable? And how will his successors protect us from a future crash?
Sebastian Mallaby (@scmallaby) is Paul A. Volcker senior fellow for international economics at the Council on Foreign Relations (CFR) and Visiting Senior Fellow at the LSE. He is the author of a newly published biography of Alan Greenspan The Man Who Knew: the life and times of Alan Greenspan.
Charles Goodhart is Emeritus Professor of Banking and Finance with the Financial Markets Group at the London School of Economics, having previously, 1987-2005, been its Deputy Director. Until his retirement in 2002, he had been the Norman Sosnow Professor of Banking and Finance at LSE since 1985.
The Systemic Risk Centre (@LSE_SRC) was set up to study the risks that may trigger the next financial crisis and to develop tools to help policymakers and financial institutions become better prepared.
The Psychology of Shame with Gerald Loren Fishkin
source: New Thinking Allowed 2016年11月14日
Gerald Loren Fishkin, PhD, is a clinical psychologist. He is author of The Science of Shame and Its Treatment. He is also author of American Dream, American Burnout; Police Burnout: Signs, Symptoms, and Solutions; and Firefighter and Paramedic Burnout: The Survival Guide.
Here he notes that shame is a deep-seated affect that is located deep within the mammalian portions of the brain. He makes a point of distinguishing between shame and guilt, insofar as toxic shame can be completely crippling at an emotional level. It is typically the result of early childhood trauma. Toxic shame also results in abusive and unrelenting forms of self-talk. Fishkin maintains that neither positive affirmations nor cognitive behavioral therapy are adequate for dealing with toxic shame. However, he offers a compassionate approach with a variety of processes that have shown themselves to be effective.
New Thinking Allowed host, Jeffrey Mishlove, PhD, is author of The Roots of Consciousness, Psi Development Systems, and The PK Man. Between 1986 and 2002 he hosted and co-produced the original Thinking Allowed public television series. He is the recipient of the only doctoral diploma in "parapsychology" ever awarded by an accredited university (University of California, Berkeley, 1980). He is a past vice-president of the Association for Humanistic Psychology; and is the recipient of the Pathfinder Award from that Association for his contributions to the field of human consciousness exploration. He is also past-president of the non-profit Intuition Network, an organization dedicated to creating a world in which all people are encouraged to cultivate and apply their inner, intuitive abilities.
(Recorded on July 10, 2016)
Righting the Record: Conservatism and the Archives || Radcliffe Institute
source: Harvard University 2016年11月18日
Righting the Record: Conservatism and the Archives
A Schlesinger Library Event
Over the past half-century, grassroots activists and organizations both left and right have focused on women’s roles, family values, homosexuality, and reproductive policy, transforming modern American life. Yet the collections of major public repositories, especially those housed at universities, tend to document only one side of this complicated history: the left side. The Schlesinger Library at the Radcliffe Institute for Advanced Study hosted a conversation among scholars, intellectuals, and activists to explore the consequences of the current situation and examine possible solutions. “Righting the Record” is part of the library’s multifaceted approach to enhancing the diversity of the documentary record, to ensure that students, researchers, and scholars can write more complete and balanced histories of our times.
Moderated by Ross Douthat (11:52), op-ed columnist, New York Times
PANELISTS:
Donald Critchlow (20:33), professor of history and director of the Center for Political Thought and Leadership, Arizona State University
Jennifer A. Marshall (37:19), vice president, Heritage Foundation
Michelle Nickerson (45:32), associate professor of history, Loyola University Chicago
Charmaine Yoest (55:22), senior fellow, American Values
Panel Discussion (1:10:08)
Audience Q&A (1:34:29)
Slavoj Žižek: Why There Are No Viable Political Alternatives to Unbridle...
source: Big Think 2016年11月27日
"Behind every rise of fascism is a failed revolution," said the Frankfurt School thinker Walter Benjamin. Here, Slavoj Žižek revives that statement in the context of the failed left. Zizek's latest book is "Refugees, Terror and Other Troubles with the Neighbors: Against the Double Blackmail" (https://goo.gl/m2Aj7S).
Read more at BigThink.com: http://bigthink.com/videos/slavoj-ziz...
Transcript - I still believe in the saying of this oath Frankford School fellow traveler Marxist Valter Benjamin who said that behind every rise of fascism there is a failed revolution. I think even if we strategically, I'm not sure about it, accept this term Islam fascism for Islamic fundamentalist, this so called Islam fundamentalism is strictly relative with the disintegration of secular Islamic left, which was pretty strong in the '50s, '60s and so on, but then began to disintegrate. So I think we shouldn't be too fascinated with this phenomenon. We should rather ask what happened with the left. I think this phenomenon of right wing populism are strictly the obverse of something that did not happen. They didn't just happen, they happened because something else didn't happen because the left didn't provide a proper answer. And that's for me the true tragedy today. On the one hand we are entering a period, and we are already in this period for almost ten years, where rage, discontent are exploding everywhere, even in our Western countries, Occupy Wall Street in Europe, the demonstrations in France, Greece and so on. On the other hand it is as if the left, even if it succeeds in, sometimes not always, in recapturing the energy of this rage cannot really offer a new political model that would be not only seductive enough to mobilize millions of people, but even in itself it doesn't have enough consistency. What I'm saying is this, in Europe we didn't yet fully accept the fact that the 20th century is over. By this I mean the following: The 20th century left, which had basically three strengths orientations, Stalinist communism, that's over. Not only it's over, in a beautiful irony where ex-communists are still in power they are mostly the most efficient agents of the most ruthless new liberal global capitalism. Do you know what I mean? If you want to be a successful capitalist today don't go to Western Europe, go to China where every Chinese will tell you the main function, almost, of the communist party is to prevent the formation of an independent working movement trade unions to keep workers under control, Vietnam the same story and so on. Read Full Transcript Here: https://goo.gl/Ep3N3a.
History Now and Then - History and Change
source: SchAdvStudy 2016年11月29日
02-11-16 Institute of Historical Research
Is history necessarily the story of 'change'? Who/what makes things change? The role of 'Great men/women' - and other factors?
History Now and Then seminar series
http://www.sas.ac.uk/
Institute: http://www.history.ac.uk/
Chair: Daniel Snowman
(Institute of Historical Research)
Margaret MacMillan
Rana Mitter
Andrew Roberts
Gareth Stedman Jones
Christina Hendricks: Hobbes, Leviathan: The Monster in the Machine (15/10/2015)
source: Arts One Open 2015年10月15日
In this lecture for the Arts One Program at the University of British Columbia in Vancouver, BC, Canada, Christina Hendricks discusses
- Hobbes' method of starting with clear definitions, then moving to statements, then syllogisms
- Some of the historical background to the text (events leading up to the English Civil War, disputes between Parliament and King Charles I)
- The sovereign as Leviathan
- Hobbes' view of humans as automata (his mechanism and materialism)
- The commonwealth as an artificial person
This is the first of two lectures on this text for Arts One in Fall 2015, and the political aspects of the text are discussed further in the second lecture (which was not recorded, but you can see more lectures on Hobbes from Arts One here: http://artsone-open.arts.ubc.ca/thoma...).
Christina Hendricks: Immanuel Kant, "Conjectural Beginning of Human History" 17/09/(2013)
source: Arts One Open 2013年9月17日
Lecture by Christina Hendricks for the "Remake/Remodel" theme. For more, see http://artsone-digital.arts.ubc.ca/ka....
How high can you count on your fingers? (Spoiler: much higher than 10) - James Tanton
source: TED-Ed 2016年12月15日
View full lesson: https://ed.ted.com/lessons/how-high-c...
How high can you count on your fingers? It seems like a question with an obvious answer. After all, most of us have ten fingers -- or to be more precise, eight fingers and two thumbs. This gives us a total of ten digits on our two hands, which we use to count to ten. But is that really as high as we can go? James Tanton investigates.
Lesson by James Tanton, animation by TED-Ed.
Calculus I (UMKC) by Richard Delaware
# click the up-left corner to select videos from the playlist
source: UMKC 2009年6月16日
Calculus 1/ Calc 1 with UMKC's Professor Richard Delaware, in association with UMKC's Video Based Supplemental Instruction Program
Lecture 01 - A Review of Pre-Calculus 46:51
Lecture 02 36:30
Lecture 03 - Trigonometry for Calculus 1:12:41
Lecture 04 - Intuitive Beginning - Limits 1:32:11
Lecture 05-06 2:21:54
Lecture 07 1:03:51
Lecture 08 - Trigonometric Functions (new version) 30:56
Lecture 08 - Trigonometric Functions (older version) 30:38
Lecture 09 54:33
Lecture 10 52:16
Lecture 11 1:14:22
Lecture 12 53:01
Lecture 13 48:13
Lecture 14 55:56
Lecture 15 1:11:43
Lecture 16 1:06:37
Lecture 17 1:01:12
Lecture 18 56:40
Lecture 19 44:30
Lecture 20 1:02:23
Lecture 21 1:05:47
Lecture 22 36:30
Lecture 22-5 17:46
Lecture 23 1:05:51
Lecture 24 36:03
Lecture 25 50:09
Lecture 26 40:41
Lecture 27 45:50
Lecture 28 - One Dimensional Motion & the Integral 52:42
Lecture 29 23:57
Lecture 29 Part II - The Definite Integral Applied: Volumes I 49:07
Lecture 30 20:38
Lecture 30-03 11:52
Lecture 30-04 6:28
Lecture 31 44:02
Lecture 31-06 6:37
source: UMKC 2009年6月16日
Calculus 1/ Calc 1 with UMKC's Professor Richard Delaware, in association with UMKC's Video Based Supplemental Instruction Program
Lecture 01 - A Review of Pre-Calculus 46:51
Lecture 02 36:30
Lecture 03 - Trigonometry for Calculus 1:12:41
Lecture 04 - Intuitive Beginning - Limits 1:32:11
Lecture 05-06 2:21:54
Lecture 07 1:03:51
Lecture 08 - Trigonometric Functions (new version) 30:56
Lecture 08 - Trigonometric Functions (older version) 30:38
Lecture 09 54:33
Lecture 10 52:16
Lecture 11 1:14:22
Lecture 12 53:01
Lecture 13 48:13
Lecture 14 55:56
Lecture 15 1:11:43
Lecture 16 1:06:37
Lecture 17 1:01:12
Lecture 18 56:40
Lecture 19 44:30
Lecture 20 1:02:23
Lecture 21 1:05:47
Lecture 22 36:30
Lecture 22-5 17:46
Lecture 23 1:05:51
Lecture 24 36:03
Lecture 25 50:09
Lecture 26 40:41
Lecture 27 45:50
Lecture 28 - One Dimensional Motion & the Integral 52:42
Lecture 29 23:57
Lecture 29 Part II - The Definite Integral Applied: Volumes I 49:07
Lecture 30 20:38
Lecture 30-03 11:52
Lecture 30-04 6:28
Lecture 31 44:02
Lecture 31-06 6:37
College Algebra (UMKC) by Richard Delaware
# click the up-left corner to select videos from the playlist
source: UMKC 2009年5月4日
College Algebra Lectures with UMKC's Professor Richard Delaware, in association with UMKC's Video Based Supplemental Instruction Program.
Lecture 1 - Numbers This lecture discusses about set of objects,Natural numbers,Real numbers and how to find distance between two points. 1:19:35
Lecture 11 - Functions and Their Graphs 52:33
Lecture 13 - Functions & Their Graphs 41:59
Lecture 14 - Functions & Their Graphs 56:55
Lecture 16 - Equations in One Variable 1:15:08
Lecture 17 - Equations in One Variable 23:30
Lecture 18 - Equations in One Variable 1:03:45
Lecture 19 - Equations in One Variable 36:28
Lecture 2 - Language of mathematics 27:10
Lecture 20 54:09
Lecture 21 - Inequalities in One Variable 50:32
Lecture 22 - Inequalities in One Variable 45:18
Lecture 23 - Polynomial and Rational Functions 1:26:08
Lecture 24 - Polynomial and Rational Functions 1:05:26
Lecture 25 - Locating the Zeros of a Polynomial Function 1:30:40
Lecture 26 - Locating the Zeroes of a Polynomial Function 39:41
Lecture 27 - Rational Functions 1:29:11
Lecture 28 - Exponential Functions 58:16
Lecture 29 - Logarithmic Functions 54:03
Lecture 3 - The powers that be-Exponents 1:32:37
Lecture 30 - Logarithmic Functions 1:11:20
Lecture 31 - Exponential Functions 48:16
Lecture 32 - Systems of Linear Equations 1:19:17
Lecture 33 - Systems of Linear Equations 1:16:05
Lecture 34 - System of Non-Linear Equations 16:06
Lecture 35 - Sequences 57:36
Lecture 36 - Sequences 50:13
Lecture 37 - Series & Induction 58:57
Lecture 38 - The Binominal Theorem 1:04:27
lecture 4 P I 1:35:00
Lecture 4 P2 - Polynomial Expressions 1:26:38
Lecture 5 - More numbers and Geometry 40:43
Lecture 6 - Graphs 54:52
Lecture 7 - Graphs 1:14:16
Lecture 8 - Graphs 1:35:22
Lecture 9 - Functions and Their Graphs 1:24:54
Lecture 10 - Functions and Their Graphs 1:29:40
Lecture 12 - Functions & Their Graphs 1:50:55
Lecture 15 - Equations in One Variable 1:23:06
Lecture 39 1:27:13
source: UMKC 2009年5月4日
College Algebra Lectures with UMKC's Professor Richard Delaware, in association with UMKC's Video Based Supplemental Instruction Program.
Lecture 1 - Numbers This lecture discusses about set of objects,Natural numbers,Real numbers and how to find distance between two points. 1:19:35
Lecture 11 - Functions and Their Graphs 52:33
Lecture 13 - Functions & Their Graphs 41:59
Lecture 14 - Functions & Their Graphs 56:55
Lecture 16 - Equations in One Variable 1:15:08
Lecture 17 - Equations in One Variable 23:30
Lecture 18 - Equations in One Variable 1:03:45
Lecture 19 - Equations in One Variable 36:28
Lecture 2 - Language of mathematics 27:10
Lecture 20 54:09
Lecture 21 - Inequalities in One Variable 50:32
Lecture 22 - Inequalities in One Variable 45:18
Lecture 23 - Polynomial and Rational Functions 1:26:08
Lecture 24 - Polynomial and Rational Functions 1:05:26
Lecture 25 - Locating the Zeros of a Polynomial Function 1:30:40
Lecture 26 - Locating the Zeroes of a Polynomial Function 39:41
Lecture 27 - Rational Functions 1:29:11
Lecture 28 - Exponential Functions 58:16
Lecture 29 - Logarithmic Functions 54:03
Lecture 3 - The powers that be-Exponents 1:32:37
Lecture 30 - Logarithmic Functions 1:11:20
Lecture 31 - Exponential Functions 48:16
Lecture 32 - Systems of Linear Equations 1:19:17
Lecture 33 - Systems of Linear Equations 1:16:05
Lecture 34 - System of Non-Linear Equations 16:06
Lecture 35 - Sequences 57:36
Lecture 36 - Sequences 50:13
Lecture 37 - Series & Induction 58:57
Lecture 38 - The Binominal Theorem 1:04:27
lecture 4 P I 1:35:00
Lecture 4 P2 - Polynomial Expressions 1:26:38
Lecture 5 - More numbers and Geometry 40:43
Lecture 6 - Graphs 54:52
Lecture 7 - Graphs 1:14:16
Lecture 8 - Graphs 1:35:22
Lecture 9 - Functions and Their Graphs 1:24:54
Lecture 10 - Functions and Their Graphs 1:29:40
Lecture 12 - Functions & Their Graphs 1:50:55
Lecture 15 - Equations in One Variable 1:23:06
Lecture 39 1:27:13
Physics for Science and Engineering II (UMKC) by Jerzy Wrobel
# click the up-left corner to select videos from the playlist
source: UMKC 2009年8月27日
Physics 250:Physics for Science and Engineering II (UMKC)
This course is being offered by UMKC's Physics Department. For interested students - The live classroom uses the following textbook - Physics for Scientists and Engineers, 7th edition, by R.A. Serway & J.W. Jewett, Jr.. This course is being taught by Professor Jerzy Wrobel
Lecture 1 - Electrostatic Interaction 50:12
Lecture 2 - Electric Field Vector 48:08
Lecture 3 - Gauss's Law & Coulomb's Law 47:18
Lecture 4 - Charge, density and the electric field of an extended body 42:50
Lecture 5 - Electric Fields 41:35
Lecture 6 - Electric Potential 41:57
Lecture 7 - Calculating Electric Potential 50:49
Lecture 8 - Substance in an electric field 42:59
Lecture 9 - Capacitors 1:00:36
Lecture 10 - Parallel Plate Capacitor 42:10
Lecture 11 - Systems of Capacitors 44:42
Lecture 12 - Electric Current 46:34
Lecture 13 - Resistors 44:09
Lecture 14 - Systems of Resistors 46:40
Lecture 15 -Sources of Electromotive Force 47:12
Lecture 16 - Kirchoff's Rules 46:10
Lecture 17 - Applications of Kirchhoffs Rules 42:24
Lecture 18 - Charging and Discharging a Capacitor 43:46
Lecture 19 - Sinusoidal Alternating Current 45:04
Lecture 20 - Relation between Current and Voltage 51:59
Lecture 21 - Complex Impedance 32:05
Lecture 22 - AC in Resistors, Capacitors and Inductors 45:04
Lecture 23 - Applications of RLC circuits 33:22
Lecture 24 - Applications of RLC circuits 47:49
Lecture 25 - More Applications of RLC circuits 45:17
Lecture 26 - Semiconductor Devices 47:25
Lecture 27 - Transistor Circuits 52:08
Lecture 28 - Magnetic Interaction 44:39
Lecture 29 - Magnetic interaction 46:26
Lecture 30 - Current carrying wire in a magnetic field 45:02
Lecture 31 - Magnetic Torque 48:02
Lecture 32 - Maxwell's Equations 41:27
Lecture 33 - Magnetic Field produced by Electric Currents 45:09
Lecture 34 - Faradays Law of Induction 43:47
Lecture 35 - Self-induction 44:58
Lecture 36 - Wave nature of Electromagnetic Radiation 47:14
Lecture 37 - Law of Refraction and Law of Reflection 40:46
Lecture 38 - Image Formation 42:40
Lecture 39 - Spherical Mirrors 49:43
Lecture 40 - Ray Diagrams and Mirror Equation 31:32
Lecture 41 - Thin Spherical Lenses 43:54
Lecture 42 - The eye 51:01
Lecture 43 - System of Lenses 45:57
Lecture 44 - Optical Instruments 44:17
Lecture 45 - Designing Optical Systems 47:37
Lecture 46 - Light and Vision 48:21
Lecture 47 - Demonstration of Interference 40:00
Lecture 48 - Theory of Interference 44:27
Lecture 49 - Designing Optical Systems 44:41
Lecture 50 51:15
Lecture 51 - Final Lecture for this series 46:22
source: UMKC 2009年8月27日
Physics 250:Physics for Science and Engineering II (UMKC)
This course is being offered by UMKC's Physics Department. For interested students - The live classroom uses the following textbook - Physics for Scientists and Engineers, 7th edition, by R.A. Serway & J.W. Jewett, Jr.. This course is being taught by Professor Jerzy Wrobel
Lecture 1 - Electrostatic Interaction 50:12
Lecture 2 - Electric Field Vector 48:08
Lecture 3 - Gauss's Law & Coulomb's Law 47:18
Lecture 4 - Charge, density and the electric field of an extended body 42:50
Lecture 5 - Electric Fields 41:35
Lecture 6 - Electric Potential 41:57
Lecture 7 - Calculating Electric Potential 50:49
Lecture 8 - Substance in an electric field 42:59
Lecture 9 - Capacitors 1:00:36
Lecture 10 - Parallel Plate Capacitor 42:10
Lecture 11 - Systems of Capacitors 44:42
Lecture 12 - Electric Current 46:34
Lecture 13 - Resistors 44:09
Lecture 14 - Systems of Resistors 46:40
Lecture 15 -Sources of Electromotive Force 47:12
Lecture 16 - Kirchoff's Rules 46:10
Lecture 17 - Applications of Kirchhoffs Rules 42:24
Lecture 18 - Charging and Discharging a Capacitor 43:46
Lecture 19 - Sinusoidal Alternating Current 45:04
Lecture 20 - Relation between Current and Voltage 51:59
Lecture 21 - Complex Impedance 32:05
Lecture 22 - AC in Resistors, Capacitors and Inductors 45:04
Lecture 23 - Applications of RLC circuits 33:22
Lecture 24 - Applications of RLC circuits 47:49
Lecture 25 - More Applications of RLC circuits 45:17
Lecture 26 - Semiconductor Devices 47:25
Lecture 27 - Transistor Circuits 52:08
Lecture 28 - Magnetic Interaction 44:39
Lecture 29 - Magnetic interaction 46:26
Lecture 30 - Current carrying wire in a magnetic field 45:02
Lecture 31 - Magnetic Torque 48:02
Lecture 32 - Maxwell's Equations 41:27
Lecture 33 - Magnetic Field produced by Electric Currents 45:09
Lecture 34 - Faradays Law of Induction 43:47
Lecture 35 - Self-induction 44:58
Lecture 36 - Wave nature of Electromagnetic Radiation 47:14
Lecture 37 - Law of Refraction and Law of Reflection 40:46
Lecture 38 - Image Formation 42:40
Lecture 39 - Spherical Mirrors 49:43
Lecture 40 - Ray Diagrams and Mirror Equation 31:32
Lecture 41 - Thin Spherical Lenses 43:54
Lecture 42 - The eye 51:01
Lecture 43 - System of Lenses 45:57
Lecture 44 - Optical Instruments 44:17
Lecture 45 - Designing Optical Systems 47:37
Lecture 46 - Light and Vision 48:21
Lecture 47 - Demonstration of Interference 40:00
Lecture 48 - Theory of Interference 44:27
Lecture 49 - Designing Optical Systems 44:41
Lecture 50 51:15
Lecture 51 - Final Lecture for this series 46:22
Physics for Science and Engineering I (UMKC) by Jerzy Wrobel
# click the up-left corner to select videos from the playlist
source: UMKC 2014年6月24日
Physics 240: Physics for Science and Engineering course is being offered by UMKC's Physics Department. The course, lectured by Professor Jerzy Wrobel, is based on the 8th edition of a textbook Physics for Scientists and Engineers authored R.A. Serway & J.W. Jewett, Jr.
Lecture 1 44:11
Lecture 2 - Introduction to Physics 48:28
Lecture 3 - Scalar Quantities 49:09
Lecture 4 - Area, Volume & Density 46:57
Lecture 5 - Vectors 45:03
Lecture 6 - Scalar Product and Cartesian Coordinate System 43:15
Lecture 7 - Vector Quantities 0:52
Lecture 8 - Velocity and Acceleration 48:04
Lecture 9 - Motion with Constant Velocity 37:20
Lecture 10 - Motion with Constant Acceleration 47:22
Lecture 11 - Inverse Relations 46:50
Lecture 12 - Galilean Transformation 48:34
Lecture 13 - Laws of Motion 39:34
Lecture 14 - Laws of Motion 46:23
Lecture 15 - Laws of Motion 40:20
Lecture 16 - Laws of Motion 47:31
Lecture 17 - Uniform Circular Motion 43:06
Lecture 18 - Inertial Forces 52:21
Lecture 19 - Inertial Forces 39:56
Lecture 20 - Newtons Second Law in a non-Inertial Reference Frame 41:24
Lecture 21 - The Work-Energy Theorem (v.1) 50:08
Lecture 22 47:52
Lecture 23 - Mechanical Energy 43:44
Lecture 24 - Applications of the Work-Energy Theorem 41:30
Lecture 25 - Relation between Descriptions of Interaction and Descriptions of Motion 50:54
Lecture 26 - Impulse-Momentum Theorem 41:54
Lecture 27 - Conservation of Total Momentum 46:07
Lecture 28 - Center of Mass 49:35
Lecture 29 45:44
Lecture 30 48:03
Lecture 31 46:55
Lecture 32 - Angular Momentum and Torque 28:43
Lecture 33 - Center of Force and Rigid Body 44:35
Lecture 34 -Total Angular Momentum of a Rigid Body 44:21
Lecture 35 44:51
Lecture 36 - Kinetic Energy of a Rigid Body 48:17
Lecture 37 -Application of Newtons Second Law 37:54
Lecture 38 - - Application of Newtons Second Law for the Analysis 48:13
Lecture 39 - Internal Interactions 48:36
Lecture 40 - Hooks Law 47:49
Lecture 41 - Liquid In Equilibrium 44:51
Lecture 42 - Archimedes Principle and Bernoullis Equation 43:45
Lecture 43 44:07
Lecture 43 - Concept of Heat Transfer 47:46
Lecture 44 - Heat Capacity 41:32
Lecture 45 - Thermodynamic Processes 52:57
Lecture 46 - The First Law of Thermodynamics 42:27
Lecture 47 - Microscopic Model of an Ideal Gas 43:54
Lecture 48 - Entropy 43:14
Lecture 49 - Second Law of Thermodynamics 47:27
Lecture 50 - Consequences of the Second Law of Thermodynamics 46:02
Lecture 51 - Review of Concepts 54:15
source: UMKC 2014年6月24日
Physics 240: Physics for Science and Engineering course is being offered by UMKC's Physics Department. The course, lectured by Professor Jerzy Wrobel, is based on the 8th edition of a textbook Physics for Scientists and Engineers authored R.A. Serway & J.W. Jewett, Jr.
Lecture 1 44:11
Lecture 2 - Introduction to Physics 48:28
Lecture 3 - Scalar Quantities 49:09
Lecture 4 - Area, Volume & Density 46:57
Lecture 5 - Vectors 45:03
Lecture 6 - Scalar Product and Cartesian Coordinate System 43:15
Lecture 7 - Vector Quantities 0:52
Lecture 8 - Velocity and Acceleration 48:04
Lecture 9 - Motion with Constant Velocity 37:20
Lecture 10 - Motion with Constant Acceleration 47:22
Lecture 11 - Inverse Relations 46:50
Lecture 12 - Galilean Transformation 48:34
Lecture 13 - Laws of Motion 39:34
Lecture 14 - Laws of Motion 46:23
Lecture 15 - Laws of Motion 40:20
Lecture 16 - Laws of Motion 47:31
Lecture 17 - Uniform Circular Motion 43:06
Lecture 18 - Inertial Forces 52:21
Lecture 19 - Inertial Forces 39:56
Lecture 20 - Newtons Second Law in a non-Inertial Reference Frame 41:24
Lecture 21 - The Work-Energy Theorem (v.1) 50:08
Lecture 22 47:52
Lecture 23 - Mechanical Energy 43:44
Lecture 24 - Applications of the Work-Energy Theorem 41:30
Lecture 25 - Relation between Descriptions of Interaction and Descriptions of Motion 50:54
Lecture 26 - Impulse-Momentum Theorem 41:54
Lecture 27 - Conservation of Total Momentum 46:07
Lecture 28 - Center of Mass 49:35
Lecture 29 45:44
Lecture 30 48:03
Lecture 31 46:55
Lecture 32 - Angular Momentum and Torque 28:43
Lecture 33 - Center of Force and Rigid Body 44:35
Lecture 34 -Total Angular Momentum of a Rigid Body 44:21
Lecture 35 44:51
Lecture 36 - Kinetic Energy of a Rigid Body 48:17
Lecture 37 -Application of Newtons Second Law 37:54
Lecture 38 - - Application of Newtons Second Law for the Analysis 48:13
Lecture 39 - Internal Interactions 48:36
Lecture 40 - Hooks Law 47:49
Lecture 41 - Liquid In Equilibrium 44:51
Lecture 42 - Archimedes Principle and Bernoullis Equation 43:45
Lecture 43 44:07
Lecture 43 - Concept of Heat Transfer 47:46
Lecture 44 - Heat Capacity 41:32
Lecture 45 - Thermodynamic Processes 52:57
Lecture 46 - The First Law of Thermodynamics 42:27
Lecture 47 - Microscopic Model of an Ideal Gas 43:54
Lecture 48 - Entropy 43:14
Lecture 49 - Second Law of Thermodynamics 47:27
Lecture 50 - Consequences of the Second Law of Thermodynamics 46:02
Lecture 51 - Review of Concepts 54:15
Civil Engineering & Water: Integrated Water Management (Delft University)
# click the up-left corner to select videos from the playlist
source: tawkaw OpenCourseWare 2014年6月14日
7 IWRM revisited 1:19:38
6 Water, food and energy 58:47
5 Stakeholders 51:26
4 Scenarios and tools 1:18:50
3 Lake Volta 21:48
2 The warming up of the Rhine 16:57
1 Introduction 51:44
source: tawkaw OpenCourseWare 2014年6月14日
7 IWRM revisited 1:19:38
6 Water, food and energy 58:47
5 Stakeholders 51:26
4 Scenarios and tools 1:18:50
3 Lake Volta 21:48
2 The warming up of the Rhine 16:57
1 Introduction 51:44
Arun Kanda: Mechanical - Project and Production Management (IIT Delhi)
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source: nptelhrd 2008年4月23日
Mechanical - Project and Production Management by Prof. Arun Kanda, Department of Mechanical Engineering, IIT Delhi.
Lecture - 1 Project and Production Management - An Overview 57:31
Lecture - 2 Project Management: An Overview 50:36
Lecture - 3 Project Identification and Screening 56:36
Lecture - 4 Project Appraisal: Part 1 53:39
Lecture - 5 Project Appraisal:Part II 56:09
Lecture - 6 Project Selection 55:09
Lecture - 7 Project Representation 53:23
Lecture - 8 Consistency and Redundancy in Project Networks 56:11
Lecture - 9 Basic Scheduling with A-O-A Networks 56:30
Lecture - 10 Basic Scheduling with A-O-N Networks 57:32
Lecture - 11 Project Scheduling with Probabilistic Activity 55:17
Lecture - 12 Linear Time-Cost Tradeoffs in Projects 56:02
Lecture - 13 Project Crashing with Multiple Objectives 56:46
Lecture - 14 Resource Profiles and Leveling 55:10
Lecture - 15 Limited Resource Allocation 51:14
Lecture - 16 Project Monitoring and Control with PERT/Cost 57:56
Lecture - 17 Team Building and Leadership in Projects 55:27
Lecture - 18 Organizational and Behavioral Issues 59:23
Lecture - 19 Computers in Project Management 53:45
Lecture - 20 Project Completion and Review 56:15
Lecture - 21 Life Cycle of a Production System 55:59
Lecture - 22 Role of Models in Production Management 58:09
Lecture - 23 Financial Evaluation of capital Decisions 54:40
Lecture - 24 Decision Trees and Risk Evaluation 58:42
Lecture - 25 Introducing New Products & Services 58:43
Lecture - 26 Economic Evaluation of New Products & Services 58:30
Lecture - 27 Product Mix Decisions 53:47
Lecture - 28 Product & Process Design 1:00:05
Lecture - 29 Issues in Location of Facilities 57:52
Lecture - 30 Mathematical Models for Facility Location 1:00:56
Lecture - 31 Layout planning 52:51
Lecture - 32 Computerised Layout Planning 59:59
Lecture - 33 Product Layouts and Assembly Line Balancing 1:00:13
Lecture - 34 Forecasting 58:48
Lecture - 35 The Analysis of Time Series 59:18
Lecture - 36 Aggregate Production Planning: Basic Concepts 59:37
Lecture - 37 Modelling Approaches 1:01:13
Lecture - 38 Basic Inventory Principles 57:31
Lecture - 39 Inventory Modelling 58:49
Lecture - 40 Material Requirements Planning 59:58
Lecture - 41 Scheduling of Job Shops 1:02:00
source: nptelhrd 2008年4月23日
Mechanical - Project and Production Management by Prof. Arun Kanda, Department of Mechanical Engineering, IIT Delhi.
Lecture - 1 Project and Production Management - An Overview 57:31
Lecture - 2 Project Management: An Overview 50:36
Lecture - 3 Project Identification and Screening 56:36
Lecture - 4 Project Appraisal: Part 1 53:39
Lecture - 5 Project Appraisal:Part II 56:09
Lecture - 6 Project Selection 55:09
Lecture - 7 Project Representation 53:23
Lecture - 8 Consistency and Redundancy in Project Networks 56:11
Lecture - 9 Basic Scheduling with A-O-A Networks 56:30
Lecture - 10 Basic Scheduling with A-O-N Networks 57:32
Lecture - 11 Project Scheduling with Probabilistic Activity 55:17
Lecture - 12 Linear Time-Cost Tradeoffs in Projects 56:02
Lecture - 13 Project Crashing with Multiple Objectives 56:46
Lecture - 14 Resource Profiles and Leveling 55:10
Lecture - 15 Limited Resource Allocation 51:14
Lecture - 16 Project Monitoring and Control with PERT/Cost 57:56
Lecture - 17 Team Building and Leadership in Projects 55:27
Lecture - 18 Organizational and Behavioral Issues 59:23
Lecture - 19 Computers in Project Management 53:45
Lecture - 20 Project Completion and Review 56:15
Lecture - 21 Life Cycle of a Production System 55:59
Lecture - 22 Role of Models in Production Management 58:09
Lecture - 23 Financial Evaluation of capital Decisions 54:40
Lecture - 24 Decision Trees and Risk Evaluation 58:42
Lecture - 25 Introducing New Products & Services 58:43
Lecture - 26 Economic Evaluation of New Products & Services 58:30
Lecture - 27 Product Mix Decisions 53:47
Lecture - 28 Product & Process Design 1:00:05
Lecture - 29 Issues in Location of Facilities 57:52
Lecture - 30 Mathematical Models for Facility Location 1:00:56
Lecture - 31 Layout planning 52:51
Lecture - 32 Computerised Layout Planning 59:59
Lecture - 33 Product Layouts and Assembly Line Balancing 1:00:13
Lecture - 34 Forecasting 58:48
Lecture - 35 The Analysis of Time Series 59:18
Lecture - 36 Aggregate Production Planning: Basic Concepts 59:37
Lecture - 37 Modelling Approaches 1:01:13
Lecture - 38 Basic Inventory Principles 57:31
Lecture - 39 Inventory Modelling 58:49
Lecture - 40 Material Requirements Planning 59:58
Lecture - 41 Scheduling of Job Shops 1:02:00
Basic Electronics by Chitralekha Mahanta (IIT Guwahati)
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source: nptelhrd 2008年10月7日
Electronics - Basic Electronics by Dr. Chitralekha Mahanta, Department of Electronics and Communication Engineering. IIT Guwahati.
Module - 1 Lecture - 1 Semiconductor materials 53:13
Module - 1 Lecture - 2 PN Junction Diodes 59:56
Module - 1 Lecture - 3 Diode Equivalent Circuits 1:00:36
Module - 1 Lecture - 4 Diode Rectifier Circuits 1:03:37
Mod-1 Lec-5 Zener Diode and Applications 1:01:20
Module - 1 Lecture - 6 Clipping and Clamping Circuits 1:05:44
Module - 2 Lecture - 1 Transistor Operation-Part-1 56:09
Mod-2 Lec-2 Transistor Operation Part-2 1:01:33
Module - 2 Lecture - 3 Biasing the BJT 1:02:23
Module - 2 Lecture - 4 Biasing the BJT-Part-2 59:25
Module - 2 Lecture - 5 BJT Small Signal Analysis 1:01:10
Module - 2 Lecture - 6 BJT Amplifier-Part-1 59:49
Module - 2 Lecture - 7 BJT Amplifier Part - 2 1:01:27
Module - 2 Lecture - 8 Frequency Response of BJT Analysis-Part-1 1:02:00
Module - 2 Lecture - 9 Frequency Response of BJT Analysis Part-2 1:02:07
Module - 2 Lecture - 10 Transistor as a Switch 1:02:00
Module - 3 Lecture - 1 Metal Oxide Semiconductor Field 59:09
Module - 3 Lecture - 2 Metal Oxide Semiconductor Field Effect Transistor(MOSFET)-Part-2 56:07
Module - 3 Lecture - 3 MOSFET under dc operation 54:39
Module - 3 Lecture - 4 Mosfet as an Amplifier 1:00:00
Module - 3 Lecture - 5 Small signal model of MOSFET - Part 1 1:00:56
Module- 3 Lecture - 6 Small signal model of MOSFET Part -2 59:57
Module - 3 Lecture - 7 High Frequency model of mosfet 1:02:03
Module - 3 Lecture - 8 Junction Field Effect Transistor 1:02:10
Module - 4 Lecture - 1 Operational Amplifier (Introduction) 59:11
Module - 4 Lecture - 2 Ideal Op-Amp 1:05:06
Module - 4 Lecture - 3 Op-Amp applications Part -1 56:06
Module - 4 Lecture - 4 Op-Amp Applications Part -2 58:27
Module - 4 Lecture - 5 Op-Amp Applications Part - 3 58:49
Module - 4 Lecture - 6 The practical Op-Amp 57:35
Module - 4 Lecture - 7 Positive feedback and oscillation 57:34
Module - 4 Lecture - 8 Comparator 58:10
Module - 5 Lecture - 1 Large Signal Amplifiers 1:02:30
Module - 5 Lecture - 2 Transformer Couple Power Amplifier 1:03:10
Module - 5 Lecture - 3 Class AB Operations of Power Amplifier 1:04:40
Module - 5 Lecture - 4 Power BJTs 1:03:51
Module -5 Lecture - 5 Regulated Power Supply 1:02:51
Module - 5 Lecture - 6 Four Layered Diode 1:05:44
Module - 5 Lecture - 7 Silicon Control Rectifier 1:03:05
Module - 5 Lecture - 8 SCR Applications 59:14
source: nptelhrd 2008年10月7日
Electronics - Basic Electronics by Dr. Chitralekha Mahanta, Department of Electronics and Communication Engineering. IIT Guwahati.
Module - 1 Lecture - 1 Semiconductor materials 53:13
Module - 1 Lecture - 2 PN Junction Diodes 59:56
Module - 1 Lecture - 3 Diode Equivalent Circuits 1:00:36
Module - 1 Lecture - 4 Diode Rectifier Circuits 1:03:37
Mod-1 Lec-5 Zener Diode and Applications 1:01:20
Module - 1 Lecture - 6 Clipping and Clamping Circuits 1:05:44
Module - 2 Lecture - 1 Transistor Operation-Part-1 56:09
Mod-2 Lec-2 Transistor Operation Part-2 1:01:33
Module - 2 Lecture - 3 Biasing the BJT 1:02:23
Module - 2 Lecture - 4 Biasing the BJT-Part-2 59:25
Module - 2 Lecture - 5 BJT Small Signal Analysis 1:01:10
Module - 2 Lecture - 6 BJT Amplifier-Part-1 59:49
Module - 2 Lecture - 7 BJT Amplifier Part - 2 1:01:27
Module - 2 Lecture - 8 Frequency Response of BJT Analysis-Part-1 1:02:00
Module - 2 Lecture - 9 Frequency Response of BJT Analysis Part-2 1:02:07
Module - 2 Lecture - 10 Transistor as a Switch 1:02:00
Module - 3 Lecture - 1 Metal Oxide Semiconductor Field 59:09
Module - 3 Lecture - 2 Metal Oxide Semiconductor Field Effect Transistor(MOSFET)-Part-2 56:07
Module - 3 Lecture - 3 MOSFET under dc operation 54:39
Module - 3 Lecture - 4 Mosfet as an Amplifier 1:00:00
Module - 3 Lecture - 5 Small signal model of MOSFET - Part 1 1:00:56
Module- 3 Lecture - 6 Small signal model of MOSFET Part -2 59:57
Module - 3 Lecture - 7 High Frequency model of mosfet 1:02:03
Module - 3 Lecture - 8 Junction Field Effect Transistor 1:02:10
Module - 4 Lecture - 1 Operational Amplifier (Introduction) 59:11
Module - 4 Lecture - 2 Ideal Op-Amp 1:05:06
Module - 4 Lecture - 3 Op-Amp applications Part -1 56:06
Module - 4 Lecture - 4 Op-Amp Applications Part -2 58:27
Module - 4 Lecture - 5 Op-Amp Applications Part - 3 58:49
Module - 4 Lecture - 6 The practical Op-Amp 57:35
Module - 4 Lecture - 7 Positive feedback and oscillation 57:34
Module - 4 Lecture - 8 Comparator 58:10
Module - 5 Lecture - 1 Large Signal Amplifiers 1:02:30
Module - 5 Lecture - 2 Transformer Couple Power Amplifier 1:03:10
Module - 5 Lecture - 3 Class AB Operations of Power Amplifier 1:04:40
Module - 5 Lecture - 4 Power BJTs 1:03:51
Module -5 Lecture - 5 Regulated Power Supply 1:02:51
Module - 5 Lecture - 6 Four Layered Diode 1:05:44
Module - 5 Lecture - 7 Silicon Control Rectifier 1:03:05
Module - 5 Lecture - 8 SCR Applications 59:14
Electronics - Digital Communication (IIT Bombay)
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source: nptelhrd 2008年8月27日
Electronics - Digital Communication by Prof. Bikash. Kumar. Dey, Department of Electrical Engineering, IIT Bombay.
Lecture - 1 Introduction 54:30
Lecture - 2 Sampling 53:17
Lecture - 3 Quantization , PCM and Delta Modulation 51:43
Lecture - 4 Probability and Random Processes 55:21
Lecture - 5 Probability and Random Processes (Part - 2) 59:25
Lecture - 6 Channels and their Models 54:39
Lecture - 7 Channels and their Models (Part -2) 53:15
Lecture - 8 Information Theory (Part - 1) 58:17
Lecture - 9 Information Theory (Part - 2) 54:34
Lecture - 10 Bandpass Signal Representation ( Part 1 ) 54:02
Lecture - 11 Bandpass Signal Representation (Part - 2) 53:15
Lecture - 12 Digital Modulation Techniques (Part - 1) 53:34
Lecture - 13 Digital Modulation Techniques (Part - 2) 57:27
Lecture - 14 Digital Modulation Techniques (Part - 3) 53:33
Lecture - 15 Digital Modulation Techniques Part - 4 52:41
Lecture - 16 Digital Modulation Techniques Part - 5 54:23
Lecture - 17 Digital Modulation Techniques (Part - 6) 54:21
Lecture - 18 Digital Modulation Techniques (Part - 7) 49:24
Lecture - 19 Digital Modulation Techniques (Part - 8) 54:09
Lecture - 20 Digital Modulation Techniques (Part - 9) 53:27
Lecture - 21 Digital Modulation Techniques (Part - 10) 55:30
Lecture - 22 Probability of Error Calculation 58:33
Lecture - 23 Calculation of Probability of Error 53:39
Lecture - 24 Calculation of Probability of Error 53:53
Lecture - 25 Equalizers 56:09
Lecture - 26 Source Coding (Part - 1) 54:06
Lecture - 27 Source Coding (Part - 2) 53:20
Lecture - 28 Source Coding Part - 3 56:15
Lecture - 29 Source Coding Part 4 54:55
Lecture - 30 Channel Coding 57:05
Lecture - 31 Fundamentals of OFDM 55:58
Lecture - 32 Conclusion 53:49
source: nptelhrd 2008年8月27日
Electronics - Digital Communication by Prof. Bikash. Kumar. Dey, Department of Electrical Engineering, IIT Bombay.
Lecture - 1 Introduction 54:30
Lecture - 2 Sampling 53:17
Lecture - 3 Quantization , PCM and Delta Modulation 51:43
Lecture - 4 Probability and Random Processes 55:21
Lecture - 5 Probability and Random Processes (Part - 2) 59:25
Lecture - 6 Channels and their Models 54:39
Lecture - 7 Channels and their Models (Part -2) 53:15
Lecture - 8 Information Theory (Part - 1) 58:17
Lecture - 9 Information Theory (Part - 2) 54:34
Lecture - 10 Bandpass Signal Representation ( Part 1 ) 54:02
Lecture - 11 Bandpass Signal Representation (Part - 2) 53:15
Lecture - 12 Digital Modulation Techniques (Part - 1) 53:34
Lecture - 13 Digital Modulation Techniques (Part - 2) 57:27
Lecture - 14 Digital Modulation Techniques (Part - 3) 53:33
Lecture - 15 Digital Modulation Techniques Part - 4 52:41
Lecture - 16 Digital Modulation Techniques Part - 5 54:23
Lecture - 17 Digital Modulation Techniques (Part - 6) 54:21
Lecture - 18 Digital Modulation Techniques (Part - 7) 49:24
Lecture - 19 Digital Modulation Techniques (Part - 8) 54:09
Lecture - 20 Digital Modulation Techniques (Part - 9) 53:27
Lecture - 21 Digital Modulation Techniques (Part - 10) 55:30
Lecture - 22 Probability of Error Calculation 58:33
Lecture - 23 Calculation of Probability of Error 53:39
Lecture - 24 Calculation of Probability of Error 53:53
Lecture - 25 Equalizers 56:09
Lecture - 26 Source Coding (Part - 1) 54:06
Lecture - 27 Source Coding (Part - 2) 53:20
Lecture - 28 Source Coding Part - 3 56:15
Lecture - 29 Source Coding Part 4 54:55
Lecture - 30 Channel Coding 57:05
Lecture - 31 Fundamentals of OFDM 55:58
Lecture - 32 Conclusion 53:49
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