Instructional Video12:33
Curated Video

How Chiller works - Design Data

Higher Ed
This video guides you through the advanced operation of a chiller, making use of animations, illustrations and 3D models to help build your understanding. This covers the basics of a centrifugal chiller in a typical office building. By...
Instructional Video8:28
Curated Video

How Heat Pumps Work - ADVANCED (design data)

Higher Ed
In this video we take a look at the technical data of how heat pumps work. Covering the basics, showing the typical system along with the main components and an animated drawing explaining its operation in both cooling and heating mode...
Instructional Video8:19
Curated Video

How Air Cooled Chiller Works - Advanced

Higher Ed
This video guides you through the basic operation of a chiller, making use of animations, illustrations, 3D models and real world photographs to help build your HVAC understanding. This covers the basics of a air cooled chiller in a...
Instructional Video3:57
Curated Video

A Big Contradiction

12th - Higher Ed
Nobel Laureate Roger Penrose, University of Oxford, describes a profound puzzle that he's been wrestling with throughout his entire research career: how is it possible that the universe began in a peculiar state of both minimum and...
Instructional Video3:49
Curated Video

Information Loss in Black Holes

12th - Higher Ed
Theoretical physicist and Nobel Laureate Roger Penrose (Oxford) describes why he thinks Stephen Hawking was wrong to change his mind about information loss in black holes.
Instructional Video2:01
Curated Video

How We Use the Sun

12th - Higher Ed
Theoretical physicist and Nobel Laureate Roger Penrose (Oxford) describes how the sun's entropy is harnessed by all manner of life on earth.
Instructional Video2:27
Curated Video

Entropy of Gases and Gravity

12th - Higher Ed
Nobel Laureate Roger Penrose (Oxford) describes two different instances of the Second Law of Thermodynamic: expansion of gases and clumping due to gravity.
Instructional Video4:40
Curated Video

Turning the Universe Upside Down

12th - Higher Ed
Nobel Laureate Roger Penrose (Oxford) tells us why he is sceptical of the inflationary theory of cosmology.
Instructional Video4:46
Curated Video

Time’s Arrow & EPR

12th - Higher Ed
Nobel Laureate Anthony Leggett (Illinois) speculates on how we might re-interpret the famous EPR experiments by flipping the arrow of time.
Instructional Video4:39
Curated Video

Octaves and Harmonics

12th - Higher Ed
Nobel laureate in Physics David Politzer (Caltech) uses a banjo to demonstrate how octaves and harmonics arise from vibrating strings.
Instructional Video4:39
Curated Video

No Explanation

12th - Higher Ed
Nobel Laureate Roger Penrose, University of Oxford, describes why he believes that inflationary cosmology doesn't explain the mystery of why the universe began in such an unlikely, very smooth state, arguing that had it started out...
Instructional Video5:23
Curated Video

The Big Bang Entropy Puzzle

12th - Higher Ed
Nobel Laureate in Physics Roger Penrose (Oxford) relates his longstanding bemusement at why the early universe was in such a peculiar low state of entropy.
Instructional Video20:05
Nature League

Why Do Invasive Species Get So Much Hate? (Ft. Hank Green)

6th - 8th
This week on Nature League, Brit sits down with Hank Green to discuss invasive species and the nuances surrounding their existence and impact.
Instructional Video5:34
Curated Video

Boltzmann Brain Paradox Explained in Simple Words

Pre-K - Higher Ed
A Boltzmann brain is not real, but what’s fascinating about it is that it thinks it’s real, and all the memories and experiences it has are real. But, of course, this brain is not real. But how would such a brain know that its memories...
Instructional Video11:04
Catalyst University

Cholesterol Structure (Part 1 2)

Higher Ed
Cholesterol Structure (Part 1 2)
Instructional Video9:47
msvgo

Energy Transformation in Living Beings

K - 12th
It describe the Energy Transformation in Living Beings.
Instructional Video19:38
msvgo

Spontaneity

K - 12th
It explains the transfer of heat from colder to warmer bodies, relation between entropy and spontaneity,Gibbs energy and spontaneity.
Instructional Video5:44
Curated Video

Predictive Analytics with TensorFlow 2.3: Using Information Theory in Predictive Modeling

Higher Ed
This video will first explain you the information theory. We will then see types of entropy. We will use the information theory in Python. • Study the different types of entropy • Use information theory in Python
Instructional Video12:27
Catalyst University

Thermodynamic Parameters for Mixing (ΔG, ΔS, ΔH, ΔV)

Higher Ed
Here I explain the basics thermodynamic parameters for mixing two liquids into a mixture.
Instructional Video8:17
Professor Dave Explains

Regioselective Enolization and Thermodynamic vs. Kinetic Control

12th - Higher Ed
Using regioselective enolization to introduce the concept of thermodynamic vs. kinetic control.
Instructional Video5:10
Catalyst University

Entropy (Part 3/4)

Higher Ed
Entropy (Part 3/4)
Instructional Video11:33
Catalyst University

Entropy (Part 2/4)

Higher Ed
Entropy (Part 2/4)
Instructional Video6:05
Curated Video

C++ Standard Template Library in Practice - Randomizing

Higher Ed
The listener is new to algorithms and does not know about the shuffling algorithms. • Introduce the listener to the std::shuffle algorithm • Show how it works and explain the different versions available • Reinforce the lesson with a...
Instructional Video7:26
Curated Video

Entropy : Why is it Predicted to Cause the Heat Death of the Universe?

Pre-K - Higher Ed
Heat death of the universe, also called The Big Chill or Big Freeze, will happen when the entropy of the universe will be so high that everything and everyone that lives in it will perish. This will happen because an organism living in...