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How to solve 1D kinematics questions (promo video)
Learn how to solve Linear Motion questions promptly and without any pain!
This class will teach you the SUVAT method to solve questions in Linear Motion (AKA Kinematics). You can view it in full here by signing up to this platform full of resources that is Skillshare:
https://skl.sh/2UTpsI0
And by the way, by using this link you get 2 month free ;-)
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Motion is a subject that appears in all areas of physics where you need to be able to predict the path of a body when it is subjected to a constant force (thus a constant acceleration).
This class will show you in five clearly defined steps how to figure this out when the motion is in 1 dimension. It comes with many exercises for you to train on. With a little practice, you should soon become a master at solving motion questions!
Content of the class:
Video 1: The lesson itself presenting the SUVAT method and exemplifying it on practical examples.
Video 2: A mathematical proof of the motion equations which are used. Not absolutely necessary to handle the questions, but a great way to review your algebra.
Video 3 + Video 4: 4 exercises for you to work on, all followed by a detailed correction.
Exercises are also provided as pdf files under two forms: Full picture (to view on a screen), or printable (so that you can work on the exercises away from the computer). Answers are provided also in a pdf document.
***************************
This class is part of a larger course named “Gravity, The Basics”.
“Gravity, The Basics” explores the elementary notions of Newtonian gravity.
Class 1: “Linear Motion” (because being comfortable with it will allow you to make the most of the full course). This class can be taken by itself.
Class 2: “Newton’s Universal Law of Gravitation”
Class 3: “Gravitational Fields”
Class 4: “Circular Motion”
Class 5: “Orbital Motion”
Class 6: “Wrapping-up and Gravity Quiz”
This class is suited for end high school and early University students taking Physics. Any person interested in Physics and in need of a refresher on linear motion will also enjoy this class.
***************************
Presenter: Edouard Reny, PhD, Tutor in Physics and owner of Physics Made Easy.
Website: www.physics-tutor.nl
...
https://www.youtube.com/watch?v=2JIoYbRSqnk
This class will teach you the SUVAT method to solve questions in Linear Motion (AKA Kinematics). You can view it in full here by signing up to this platform full of resources that is Skillshare:
https://skl.sh/2UTpsI0
And by the way, by using this link you get 2 month free ;-)
***************************
Motion is a subject that appears in all areas of physics where you need to be able to predict the path of a body when it is subjected to a constant force (thus a constant acceleration).
This class will show you in five clearly defined steps how to figure this out when the motion is in 1 dimension. It comes with many exercises for you to train on. With a little practice, you should soon become a master at solving motion questions!
Content of the class:
Video 1: The lesson itself presenting the SUVAT method and exemplifying it on practical examples.
Video 2: A mathematical proof of the motion equations which are used. Not absolutely necessary to handle the questions, but a great way to review your algebra.
Video 3 + Video 4: 4 exercises for you to work on, all followed by a detailed correction.
Exercises are also provided as pdf files under two forms: Full picture (to view on a screen), or printable (so that you can work on the exercises away from the computer). Answers are provided also in a pdf document.
***************************
This class is part of a larger course named “Gravity, The Basics”.
“Gravity, The Basics” explores the elementary notions of Newtonian gravity.
Class 1: “Linear Motion” (because being comfortable with it will allow you to make the most of the full course). This class can be taken by itself.
Class 2: “Newton’s Universal Law of Gravitation”
Class 3: “Gravitational Fields”
Class 4: “Circular Motion”
Class 5: “Orbital Motion”
Class 6: “Wrapping-up and Gravity Quiz”
This class is suited for end high school and early University students taking Physics. Any person interested in Physics and in need of a refresher on linear motion will also enjoy this class.
***************************
Presenter: Edouard Reny, PhD, Tutor in Physics and owner of Physics Made Easy.
Website: www.physics-tutor.nl
...
https://www.youtube.com/watch?v=2JIoYbRSqnk
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video/mp4
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Controlling
VIDEO
TIME
time-dilation,-an-introduction-to
Time Dilation, an introduction to Special Relativity.
The flow of time depends on the motion of whoever measures it. This sounds quite counterintuitive, even weird, but, it is reality: time and space are intimately linked. With the progress of science that occurred by the end of the 19nth century, the first hints of this relationship were showing up. And it’s Einstein that put it all together in 1905 with his theory of special relativity.
This video discusses time dilation, a specific effect of special relativity. The pedagogical approach here is different than from other videos you might find on Youtube, or even text books. I keep it simple, and limit myself to basic mathematics only. I believe that trying to teach Special Relativity from scratch and comprehensively in a 20-minute video is nonsense. That is why I preferred to focus on time dilation as an introduction to the subject. See this video as a super teaser, and a motivator to learn more. In the conclusion of the video, I give you a direction to follow if you wish to dig further (Lorentzian transformations).
What will you learn in this video:
_ What is an inertial frame of reference (and detecting those frames which are not inertial),
_ The 2 postulates at the heart of special relativity and what these imply (basically, that’s what started the whole story),
_ What is time dilation and how to visualize it,
_ A derivation of the time dilation formula (where the most advanced maths that is used is the Pythagorean Theorem!),
_ The notion of proper time interval, that allows you to spot immediately which frame of reference has the shortest time interval between two events (very useful to solve problems),
_ Application example + exercise to check that you’ve got it, and that you can solve high school and early university time dilation questions.
Enjoy and have fun discovering this model of the Universe!
Edouard
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Structure of the video:
00:00 Introduction
01:30 Content of the video
02:13 What is an inertial frame of reference?
05:10 The first postulate of special relativity
06:49 The second postulate of special relativity
08:56 Time dilation and the photon clock
10:50 Deriving the time dilation formula and the relativistic factor
13:11 The proper time interval
15:21 How to solve time dilation questions? (Special Relativity)
17:57 What we have learned of Special Relativity in this video
18:14 How to dig deeper into Special Relativity (explore Lorentzian transformations)
18:38 Conclusion
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Prior knowledge required
In order to fully grasp the content of this video, not much is needed. The viewer needs to be familiar with:
_ Basic algebra
_ the fact that speed = distance / time interval
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Credits :
The script, the illustrations, the music and the video were produced and presented by Edouard Reny, Ph.D. in solid state chemistry and private tutor in Physical Sciences.
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Need help with your high school physics ?:
Edouard provides one-on-one private tuition in Physics (face to face or by Skype). If you wish to know more about this, or contact Edouard, visit his website: https://www.physics-tutor.nl/ or this one (for French speakers) : https://profdephysique.fr/.
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Created
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VIDEO
ELECT
electric-circuits-tip-4-use-kirschhoff
Tip 4: Take advantage of Kirschhoff laws !
This video is the fourth of a series of 5 tips that will help you understand electric circuits. It is aimed at IB Physics, A-level physics and AP Physics students.
Check out the other tips for a more complete picture :
Tip 1: Consider charges circulating in a circuit as carriers of energy. Getting grips with this concept will allow you to have a more intuitive approach in solving circuit problems.
https://youtu.be/p-z-o2n61fs
Tip 2: When relevant, think in potentials at a point instead of voltages (voltage = potential difference).
https://youtu.be/GVmZ-72Efkw
Tip 3: Prepare the analysis of a circuit by drawing first arrows for potential differences and currents.
https://youtu.be/_M8HIeArqR4
Tip 5: Calculate equivalent resistance of two resistors in parallel in seconds!
https://youtu.be/WD5u-wrwBpY
I am also uploading some exam preparation exercises that will give you a very practical methodology to solve circuits with a minimum of effort!
Exercise 1: for circuits with a single battery.
https://youtu.be/H0gyq3284x4
Exercise 2: for circuits with multiple batteries.
https://youtu.be/CpYryUtMdcw
Have fun and good luck!
Edouard
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Edouard Reny, Ph.D. in materials science, is a private physics tutor for international IB, A-level and AP students.
Need more info?
Visit www.physics-tutor.nl.
...
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Created
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Controlling
VIDEO
THE S
the-standard-model-particle-physics
Particles are the Lego bricks of nature. Their interaction with each other constructs all matter that is present in our universe. Particle Physics studies how particles interact with each other.
But before we explore how particles interact, we need to examine the particles which compose the standard model of particle physics. This is the objective of this first section: a reminder of the standard model of particle physics.
This video (Part 1/3) presents the elementary particles (fermions, like quarks and leptons, and bosons, like the photon or the gluon). It shows how combining quarks lead to composite particles (hadrons like the proton, the neutron, the pion and the kaon). Antimatter is also discussed.
This first video is a brief overview, so if you wish to view a lesson on the standard model of particles with more details and at a slower pace head on to these two videos:
Elementary particles: https://youtu.be/guYfayO3ESI
Composite particles: https://youtu.be/e-oyDDnI348
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Access to the table of particles:
https://www.physics-made-easy.com/Standard-Model-of-Particle-Physics
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The full lecture is structured around three videos that follow a general introduction.
INTRODUCTION:
https://youtu.be/gy-durcAhJ4
SECTION 2: Quantum numbers of particles
https://youtu.be/3SVMrLmGHWQ
SECTION 3: Conservation laws and particle physics reactions:
https://youtu.be/E4JGzQjBgHg
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PART 2 is a detailed look at some of the properties of these particles, which are expressed as quantum numbers (Baryon number, Electric Charge, Lepton number, Strangeness).
PART 3: In nature there are some symmetries that need to be respected in all interactions. These lead to the existence of conservation laws (via Noether's theorem). Quantum numbers need to follow these conservation laws. This idea is central. After viewing this section, you will be able to determine if a particle physics reaction is possible or not. For that, we will work on many examples of reactions including Beta decay, muon decay into a positron, and more.
This lecture has a lot of information, it’s a real course in itself. I hope you enjoy it and that it helps in giving you a clearer idea about the reactions between particles.
If you are a high school teacher, feel free to use anything you see fit in this video for your own students .
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This video is produced and presented by Edouard Reny, Ph.D. in solid state chemistry and private tutor in Physics.
For access to great resources that will help you with your studies of high school Physics, visit and subscribe to the "Physics Made Easy" website:
https://www.physics-made-easy.com/
Edouard provides one-o
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VIDEO
ELECT
electricity,-the-basics-charges,-forces
“Electricity, The Basics” teaches the elementary notions you need to know to fully enjoy learning subjects related to electricity: electric charges, electric forces and electric fields.
You can take the full course here:
https://www.udemy.com/course/electricity-the-basics/?referralCode=640E55D087C7FDBE5110
*** Table of Content ***
Introduction Video
SECTION 1: Electric Charges
Lecture 1: Introduction
Lecture 2: What is a charge?
Lecture 3: Quantifying a charge.
Lecture 4: Conservation of charge.
Lecture 5: Interactions between charges.
Lecture 6: Electric currents
Lecture 7: Conductors and insulators.
Lecture 8: Static electricity magic: the aluminium can
Lecture 9: Static electricity magic: the soap bubble
Lecture 10: Full definition of an electric charge
Lecture 11: Electric charges - quiz video
SECTION 2: Coulomb’s Law (Electric Forces)
Lecture 0: Introduction
Lecture 1: Lesson
Lecture 2: Exercise 1 – Direct application of Coulomb’s Law
Lecture 3: Exercise 2 – Position of balance between two charges
Episode 4: Exercise 3 – Coulomb’s law in 2 Dimensions
Episode 5: Exercise 4 - Exam level Problem
SECTION 3: Electric Fields
Lecture 0: Introduction
Lecture 1: What is an electric field?
Lecture 2: Electric field strength (part 1)
Lecture 3: Electric field strength (part 2)
Lecture 4: Exercise 1 – Charged sphere in an electric field
Lecture 5: Exercise 2 – Electric field of a proton in an hydrogen atom
Lecture 6: Exercise 3 – Deriving Coulomb’s Law from electric fields.
Lecture 7: Electric field strength vectors in 1D
Lecture 8: Exercise 4 – Position of balance between 2 electric charges
Lecture 9: Electric field strength vectors in 2D
Lecture 10: Exercise 5 – Multiple electric fields in 2 dimensions.
Lecture 11: Electric field lines
Lecture 12: Radial & uniform fields
Lecture 13: Exercise 6 – Motion of a charge between two charged parallel plates
The level in Physics required to fully enjoy the content of this video is high school (Grade 9 through 12).
You can find tons of free resources that will help you with your studies of high school physics by visiting the website:
https://www.physics-made-easy.com/
This video is produced and presented by Edouard Reny, Ph.D. in materials sciences and private tutor in Physics.
Edouard provides one-on-one private tuition in Physics (face to face or by Skype). If you wish to contact him, visit his website: https://www.physics-tutor.nl/
Music composed and produced by Edouard Reny © 2020 (https://synaptic-machines.com)
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Created
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Controlling
VIDEO
GRAVI
gravitational-fields-physics-gravity
Let's explore the concept at the heart of Newtonian gravity: Gravitational Fields.
This class presents all the basics you need to get a good understanding of gravitational fields.
To view it in full (10 videos, about 80 minutes in total), please visit the following link: https://skl.sh/2YNfKt6
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SUMMARY
***********
When you hear the words gravitational field, do you know what is meant by the word field? This will be made very clear in the first video. You’ll see how this concept is actually really simple. After you’ve understood what a field is, we’ll dive deep in gravitational fields.
First, we describe the quantity associated with every point of gravitational field, the gravitational field strength. This will be followed by series of exercises aimed at making you comfortable with this notion.
In the following lesson, we blend in some vector mathematics: yes, the gravitational strength is a vector quantity. It also has a direction. Again, many exercises will be proposed to train your new knowledge.
And finally, in the last videos, we discuss a way to represent a gravitational field as a whole using the concept of field lines.
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CONTENT
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Video 3.0: Introduction.
Video 3.1: What is a Field?
Video 3.2: Gravitational Fields.
Video 3.3 and 3.4: Exercises related to Video 3.2.
Video 3.5: Gravitational Fields are Vector Fields.
Video 3.6 and 3.7: Exercises related to Video 3.5.
Video 3.8: Gravitational Field Lines
part 1: Radial Fields.
part 2: Fields created by 2 masses.
part 3: Uniform Fields.
Exercises are provided also as pdf files under two forms: Full picture (to view on a screen), or printable (so that you can work on the exercises away from the computer). Answers are provided also in a pdf document.
******************************************************************
This class is part of a larger course named “Gravity, The Basics”.
******************************************************************
“Gravity, The Basics” explores the elementary notions of Newtonian gravity.
Class 1: “Linear Motion” (because being comfortable with this notion will allow you to make the most of the full course). This class can be taken by itself.
Class 2: “Newton’s Universal Law of Gravitation”, which you can consider as a doorway to the deeper dive we will carry out in the next classes.
Class 3: “Gravitational Fields”, the core of this course.
Class 4: “Circular Motion”, to prepare you for the section on orbital motion.
Class 5: “Orbital Motion”, to master the motion of planets around their star!
Class 6: “Wrapping-up and Gravity Quiz”
***********************
LEVEL OF THIS CLASS
***********************
The content of thi
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VIDEO
DARK
dark-matter,-an-astrophysical-mystery
Dark matter accounts for more than 80% of all matter that populates the spacetime of our Universe. What is dark matter, is one of the most troubling mysteries in astrophysics and cosmology.
But... how do we know that dark matter even exists?
*=*=*=*=*=* Please support the channel, donate (see below) *=*=*=*=*=*
Many cosmological observations show that there is more gravity than there should be if we only account for matter we can see directly. There must be some kind of invisible matter out there. its gravitational effect gives astronomers many opportunities to study it indirectly: The rotational dynamics of galaxies, the strength of gravitational lensing, The weak intensity of CMB fluctuations and many more, are phenomena that require dark matter…
In this video, we create a model of a spiral galaxy, and from that predict its velocity curve (speed of stars vs the distance from the central supermassive black hole). Then, we compare this prediction to observations, and realise there is a serious glitch! A huge amount of mass appears to be missing: Dark Matter. Without it, out galaxy would evaporate, with a large fraction of its stars ejected into inter-galactic space!
We stay open however to other explanations that do not require dark matter by briefly looking into the an alternative explanation, the MOND theory: it does work well in justifying the shape of galactic velocity curves without introducing any dark stuff, but it doesn’t match other astronomical observations.
Now, enough reading: it is time for you to tighten you seat belts and join me for a ride in a Dark Universe!
= = = = = = = = = = Support the Channel : Donate ! = = = = = = = = = =
You may have noticed… there were no ads in this video. That means that I am creating these videos entirely for free…
If you enjoy them, please consider making a donation to support me. In addition to encouraging me, donation allow me to create new education videos on physics, that all can enjoy…
To make a one-time donation, please visit:
https://www.physics-made-easy.com/donate
Thank you!
= = = = = = = = = = The Presenter = = = = = = = = = =
This video is produced and presented by Edouard Reny, Ph.D. in solid state chemistry and private tutor in Physical Sciences.
For access to great resources that will help you with your studies of high school Physics, visit and subscribe to the "Physics Made Easy" website:
https://www.physics-made-easy.com/
Edouard provides one-on-one private tuition in Physics (face to face or by Skype). If you wish to contact him, visit his website: https://www.physics-tutor.nl/
= = = = = = = = = = Footage and Image credits = = = = = = = = = =
_ Picture of Galaxy in Intro and at 12:40, Star and Planet (Intro): by NASA/JPL-Caltech
_ Artist view of Nebulae, St
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VIDEO
IB PH
ib-physics-particle-physics-ep-03d
All matter particles have an antimatter counterpart: Let's visit together this mirror world:
Suited for IB Physics and A-Level students.
Episode 3C (Quark confinement): https://youtu.be/d1qni0FnVPE
Episode 3B (The mass of fermions): https://youtu.be/9bgN5o62ixs
Episode 3A (Elementary fermions): https://youtu.be/9kez4tv9dmU
Episode 2 (Composite particles) : https://youtu.be/e-oyDDnI348
Episode 1 (Elementary particles): https://youtu.be/guYfayO3ESI
You can get free access to tons of other free resources that will help you with your studies of high school physics by visiting the website:
https://www.physics-made-easy.com/
This video is produced and presented by Edouard Reny, Ph.D. in materials sciences and private tutor in Physics. He provides one-on-one private tuition in Physics (face to face or by Skype). If you wish to contact him, visit his website: https://www.physics-tutor.nl/
Introduction and conclusion music composed and produced by Edouard Andre Reny. Website: http://www.synaptic-machines.com
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VIDEO
FEYNM
feynman-diagrams-(particle-physics-high
Feynman diagrams are a graphical representation of the processes involved in particle physics reactions. This video introduces a series of 3 lessons about this insightful tool that puts to light the wonders of particle physics. These are intended to help high school students with their physics studies as well as high school physics teachers wondering how to approach the topic with their students.
Reactions occurring in particle physics are a marvel of processes involving the forces of nature (weak force, strong force and electromagnetic force). Writing these like a chemical reaction does not provide information about the processes involved, just what you start up with, and what you end up with.
One can use the Quantum Chromodynamics (QCD) and Quantum Electrodynamics (EOD) to model quite well what is going on, but the mathematics involved is not for everyone! Instead, graphical representation of these reaction, invented by Richard Feynman, allow all to visualize easily the processes involved: Feynman diagrams.
He introduced these originally as a graphical aid for visualizing and calculating interactions between electrons and photons. Today, Feynman diagrams are commonly used to depict all types of particle interactions.
Access to the Videos
Episode 1: What is a Feynman Diagram? (brief overview of Feynman diagrams, using as support a very well-known reaction, beta decay):
https://youtu.be/TLBXrMixcu8
Episode 2: Space, Time and Vertices. (Presentation of the building elements of a Feynman diagram: space-time diagrams, the symbolism that is used, and the concept of vertex):
https://youtu.be/JScJjZ9zW7A
Episode 3: Feynman Diagrams, Let’s build some! (Learning how to build Feynman diagrams by example, using particle physics reactions like muon decay, pion decay, Kaon decay etc.):
https://youtu.be/vgk2aJRlBcg
SUPER USEFUL - The table of particles:
https://www.physics-made-easy.com/Standard-Model-of-Particle-Physics
If you are not familiar with Particle physics, I recommend you start by viewing the series of videos that deals in detail with particle physics reactions:
_ Introduction: https://youtu.be/gy-durcAhJ4
_ Elementary and composite particles of the standard model: https://youtu.be/AJSL39hVVPw
_ Quantum numbers of particles: https://youtu.be/3SVMrLmGHWQ
_ Conservation laws and particle physics reactions: https://youtu.be/E4JGzQjBgHg
PART 1 is a reminder of the standard model of particle physics. It presents the elementary particles (fermions like quarks and leptons, and bosons, like the photon or the gluon). It shows how combining some of them leads to composite particles (hadrons like the proton, the neutron, the pion and the kaon). Antimatter is also discussed in this section.
PART 2 is a detailed look at some of the properties of th
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VIDEO
WHAT
what-is-a-magnetic-dipole-moment
Dipole Moments, maybe you’ve heard about this concept at school or at university? Maybe you even have used them when solving a question or problem related to electromagnetism? Yet, do you actually know what these things truly represent? Well, with this video, you will!
Magnetic dipole moments (MDMs) play a crucial role in various scientific domains:
_ Of course in Physics, you cannot get around these little beasts if you study electromagnetism.
_ In Chemistry MDMs are important in understanding the behavior and structure of atoms and molecules.
_ In Material Sciences, MDMs are obviously intimately related to the magnetic properties of materials.
_ The Medical sector rely strongly on MDMs for imaging detailed images of the body (MRI).
_ Planetology models the magnetic field of a planet by considering an MDM at the center of the planet.
_In electrical engineering, the concept of MDM is used when designing or analyzing circuits which involve electromagnetic fields.
So you see, understanding the notion of dipole moment is a must have for any student that is interested in science. In can be a little abstract, so the first part of the video introduces the viewer to something a little more familiar, electric dipole moments. Then, by mathematical analogy, magnetic dipole moments are presented and their true nature revealed.
When the video ends, stay a little… After the shooting, I took a few improvised rushes just for fun. For the first time, you will see me sharing a thought while in a state of complete improvisation. If you want more of these in future videos, let me know in the comment section of the video when it comes out.
Enjoy,
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Structure of the video:
00:00 Introduction
00:29 Content of the video
00:46 What is an Electric Dipole Moment?
02:17 The electric field generated by an electric dipole moment.
03:33 Effect of an external electric field on an electric dipole moment
04:45 What is a Magnetic Dipole Moment?
05:39 The magnetic field generated by a magnetic dipole moment
06:58 Effect of an external magnetic field on a magnetic dipole moment
07:59 Two solid definitions of a magnetic dipole moments
09:17 Magnetic Dipole Moments and the spin of an electron (improvised thoughts)
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Prior knowledge required
In order to fully grasp the content of this video, the viewer needs to be familiar with the following concepts already presented in other PME videos.
_ What is a charge : https://youtu.be/8VN8MDn4CFA
_ What is a field : https://youtu.be/_n_jRP8u1gI
_ What is an electric field : https://youtu.be/hrHCj09_dpc
It would also be useful to know:
_ What is a flux : https://youtu.be/ANXIdrb30dc?si=RY7Z_1RjZGe53_EE
_ What is a magnetic field : https://youtu.be/NOQK57fgu80?si=VkhRu3i5lXYPrCSu
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Credits :
The script, the illustrations, the music and the video were produced and presented by Edouard Reny, Ph.D. in solid state chemistry and private tutor in Physical Sciences.
- - - - - - - - -
Need help with your high school physics ?:
Edouard provides one-on-one private tuition in Physics (face to face or by Skype). If you wish to know more about this, or contact Edouard, visit his website: https://www.physics-tutor.nl/ or this one (for French speakers : https://profdephysique.fr/.
...
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Created
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video/mp4
English