After (binge) watching the series so far, I must conclude that this is the best and most in depth introduction to geology I have come across. The structure is brilliant actually, giving a great insight into the processes from the very start which makes it so much easier to understand and reproduce for practical purposes. Really enjoyable.
Been binge watching from 1 to here on 150% speed because I am impatient. Very interesting stuff, very happy you have put this out here for anyone to watch and learn. Thank you!
Absolutely love this video! Extremely educational, and would even be easy for middle and high school students to understand. exceptional video!! I can't wait to watch your other videos! Definitely worth a 100 thumbs up!!
I studied Geology and received an undergraduate degree at a Canadian University back in the 1980s. Sure wish the lectures at the time were as clearly and succinctly delivered as the ones on these videos.
Thank you for your kind comment! At some point, I will expand this series and cover some sophomore-level courses as well, such as mineralogy, maps, geomorphology, and possibly volcanology. Hopefully you will be willing to review that content as well.
Mind blown! I'm definitely going to watch part 3 and 4 again to let it sink in further. This is the first time I'm motivated to look more into chemistry/psychics as I had no interest in it at school and did very badly in those areas.
PART 1: I got into becoming a major rock hound by first finding a good15 pounds of green aventurine while walking my dog in the cemetery. Then, walking my dog again in a dirt recycling center, I came upon a rock pile that had beautiful specimens in it, including a little citrine, amethyst and teeth quartz. That got me into studying rocks and minerals, but I realized that I was not knowledgeable enough to identify rocks and minerals. So, I studied all of geology for 7 years.
I am a new subscriber, but want to thank you for these fantastic lessons in geology. I have learned so much already! I can't wait to try out my new knowledge. :D
Thank you so much for producing this a+ quality and very educational set of educational videos, I have slowly been teaching myself geology over the years and this series has been an enormous benefit to me as I continue my studies. Is it possible for the public to buy the textbook you refer to? Thank you so much and keep up the good work
nice way of teaching,actually i'm doing my Msc but after working for 2 years in other field,it's like a good refresh of what i have learned before,...and i feel like i didn't learn anything compared to these newly graduates that are doing so well,i hope i could do as good as them after watching all the videos,thank you!!
Hello these are wonderful lectures. I really love the geologic process and these lectures have made it very understandable to my poor older brain. Is it possable to get the homework for further work? I have never asked for homework in my very long life lol!
When the Doc is discussing Mineral collecting kits - who has made their own using a Whitman's Sampler box? I must have made a dozen of these when I was a kid I had so much fun collecting rocks and minerals. Unfortunately, no internet back then - but trips to the public library to learn about the sciences. 50+ years later - I still have a couple of those kits
PART 2: I have prospected beautiful minerals at Sterling Hill Mine, the dirt recycling center and collecting dimensional stones, such as mall rock mulch which has beautiful granites with calcium or quartz veins in them, muscovite mica books and schists, granites with large schist, orthoclase, shale, slate, marble, chert, and even vesicular basalt from a road cut. I love your course. Frank Reiser M.S.
Just discovered your series. Love the lessons. On this Geology (4) lesson you list the breakdown of earth composition and Iron is listed as 5% However, every time I see a 3D cutout view of the Earth the solid Iron core is shown as this huge ball and then it is wrapped with a liquid Iron core (even bigger) altogether hardly 5% and more like 20% If were to draw those layers in the correct proportion, what would the view look like?
I need to understand everything ,especially when English is not my mother language . Beautiful intelligence . We are made from beauty intelligence. You are beauty mind.
For the composition of the earth you were talking about the crust and not the whole earth, but you didn't precise it And if I'm not mistaken put's the Iron at ~30%, the Oxygen at ~30% and the Silicon at ~15%
Yes, I was referring to the composition of the average crustal rocks (thanks for pointing that out that ambiguity, I'll be more precise in future versions of this video). The bulk ("whole") composition of Earth is a bit harder to figure out because we need to make some assumptions from meteorites, seismic waves, and geochemical models. Here's a good paper on our current thinking on bulk Earth composition. quake.mit.edu/hilstgroup/CoreMantle/EarthCompo.pdf
What a fascinating subject! Thanks for posting this wonderful class on Geology. Gold, I was told it cannot be formed here on earth. I was told it can only come from a star going supernova and a meteor carrying it from that supernova coming here to earth. But in your video, it looks like it grows on quartz? I will believe a geologist over an astronomer. Hope you can answer.
Old saying Iron sharpens Iron, presenting all this material to us, gives a chance that we get a little sharper too ! thank-you more good understandably talks of geology luv it luv some rare earth!
Hello, I really enjoy your channel. I am interested in geology and wonder do you have the PowerPoint presentation available or could you recommend reading material if I was to undertake an undergraduate degree.
@@EarthandSpaceSciencesX Rock identification and how to determine which type. Furthermore, if you had a recommendation of geology books I would greatly appreciate it. Kind regards from Ireland.
@@owenboyd5674 the main book used to teach geologists Rocks and Minerals for decades can be found here: a.co/d/0wEzDyx For a great introductory textbook, I would recommend the following: a.co/d/gJSW9aG Hope this helps!
Hi, Do Geologists sometimes need the services of a Geochemist to properly identify the Rock or Mineral Sample that has been found? FOR INSTANCE:: Let's say that there are two Minerals with each looking very similar in their physical appearance and each having the same 3 Chemical Elements that make up each Mineral but in different proportions by Percentages (%}. One Mineral Sample may have the Percentage Ratios of 60-20-20 and the other may have the Percentages of 40-30-30, again with the same Chemical Elements in different proportions. I would "assume," if I may,, with that much variation in the Percentages of the Elements, there would "most likely" be enough Physical Appearance variations to properly identify the two Mineral Samples by sight by the Geologist. If they could NOT be readily identified by the Geologist, would that require the Samples to be Examined & Analyzed by by a Geochemist? ~TIA, Bruce~
Good question. Geologists, for the very reasons you just cited, receive extensive geochemistry training during their undergraduate years so that, in a sense, they can be their own geochemist when needed. A common example of what you are bringing up is plagioclase, being a solid-solution, can have very different chemistries depending on the condition which formed the mineral. Geologists learn how to easily measure the chemical composition of plagioclase during their sophomore or junior years using an optical microscope. Same for most of the other common rock-forming minerals.
Thanks a lot for the great videos. Slight mistake at 19min 40 sec. The earth is not a giant ball made of what you list, because yyou are listing the crust components, the mantel and the nucleus are different..
OK I know this is way off subject, but I just found your channel and I have a question, if you would indulge me a little it would be appreciated. Zircon magnetics, have you heard of this and the Baja/ BC theory, if so what are you thoughts on it, has it been proven or still a theory? And I do enjoy the videos I've seen so far, the format, and content, thank you
Good to know u can eat anything up to 4 Mohs. Btw with pumice, vermiculite and perlite seems that its just not measured right cause it traps so much air that gets counted as its volume. And also contributes to the floating.
To do that topic justice would require a series of lectures. While I would enjoy doing it (it's really interesting stuff!), I'm not sure I could get to it anytime soon. Right now we are producing an Environmental Science series, and then possibly will do a series on Forensic Geology and then another series on Historical Geology. Sophomore/junior-level lectures are in the plans, but not for a while.
@@EarthandSpaceSciencesX ok thats great.. However depositional environments are really very important and please give it a try whenever possible.. Many thanks
This was a bit of a leap for me from the previous lectures. Struggling a bit with this. Gone back to you tube for lots of clips and talks on chemistry etc. Would like another lecture for total chemistry beginner. Having said that will carry on with other lectures.
Wait-What? Covalent bonds are stronger than ionic bonds?? My last chemistry class was around 1975-I’m sure new discoveries have been made and there is more to bonding than simple covalent vs ionic . . . But since when are covalent bonds stronger than ionic bonds? That would turn most properties of water upside down . . . ????? Is this just re: silicates? Please clarify.
I am guessing the relative abundance of elements in the earth is with respect to mass rather than relative number of moles. Mass vs. moles would give different ratios of elements. The relative abundance of hydrogen, sodium and carbon, in number of atoms, is going to be much higher than their contribution to total mass because they are light elements.
I'm sorry, in a book that I'm reading "Essentials of Geology" 5th edition, by Marshak, it says that 35% of the Earth's mass is iron, and barely 15% is silicon. Is your chart during min 20:00 only referring to what's visible on the surface?
The best I can do is put down a quick link where that is answered (this topic goes beyond the scope of my lecture series but is included in a good, semester-long mineralogy class). Try this... www.tulane.edu/~sanelson/eens211/axial_ratios_paramaters_miller_indices.htm
Am I mistaken or when he goes over the colors of minerals and points out that there are orange minerals, isn’t that an orange citrine Quartz Crystal piece on the upper right that he labels as a stained piece of a type of rose quartz?
I am a middle aged man and never saw euhedral calcite as rock mulch on someone's property. My neighbor had it. She gave me permission, so I collected a lot of it.
When you ask the audience to watch a different video before watching the video they are in. It's usually helpful if you post a link for the previous video in the description of the current video. Maybe you could do that to help out future learners
Professor Paul Day, Professor of Geology and Environmental Science at Dallas College. I don't normally put my name on my videos since, to me, it's all about the learning and the science and I am just deliverer of that information. However, in future videos I may do that since I get the request quite often. I hope you enjoyed the lecture.
Thank you Dr. Paul Day yout Geology course. I took this course from youtube July 2020. I enjoy yout lectures. Best Regards, Hannu Poropudas, Kolamäentie 9E, Kiiminki/Oulu, Finland.
would you be willing to Id a couple of rocks I have? Both Black. suspects are both hard. one might be glass and the other a sample ? from Africa neither are magnetic.Both especially one is very heavy
I'm taking geology online right now and theres no lecutres, just readings and i really appreciate how detailed this is
After (binge) watching the series so far, I must conclude that this is the best and most in depth introduction to geology I have come across. The structure is brilliant actually, giving a great insight into the processes from the very start which makes it so much easier to understand and reproduce for practical purposes.
Really enjoyable.
This guy speaks on my level. I’m only a chemical engineer, but I love watching these geological presentations from my man cave. Thank you.
😂I'm a bookkeeper & I love listening to these lectures
Thank you for posting this series. It's still expanding minds years on from its creation and from continents away! Thanks for the teaching!
Glad you enjoy it!
Thank you! I am thrilled to find these lectures. Geology class at home, Finally!
Glad you like them!
Been binge watching from 1 to here on 150% speed because I am impatient. Very interesting stuff, very happy you have put this out here for anyone to watch and learn. Thank you!
Thrilled to have you studying with me! I have more lectures coming and several "updated" (time to replace some old ones) lectures as well. Cheers!
Absolutely love this video! Extremely educational, and would even be easy for middle and high school students to understand. exceptional video!! I can't wait to watch your other videos! Definitely worth a 100 thumbs up!!
I really appreciate the compliment!
I studied Geology and received an undergraduate degree at a Canadian University back in the 1980s. Sure wish the lectures at the time were as clearly and succinctly delivered as the ones on these videos.
Thank you for your kind comment! At some point, I will expand this series and cover some sophomore-level courses as well, such as mineralogy, maps, geomorphology, and possibly volcanology. Hopefully you will be willing to review that content as well.
Fascinating lectures! Thank you all for your amazing knowledge and willingness to teach us!
Mind blown! I'm definitely going to watch part 3 and 4 again to let it sink in further. This is the first time I'm motivated to look more into chemistry/psychics as I had no interest in it at school and did very badly in those areas.
Great presentation. Flows well. Wish my instructors were this good. Rocks Rule !
Thanks for your appreciation!
Excellent Video !!! I’ve been looking for video that CLEARLY explains what this video explains. Thank you! -college mineralogy, California
Perfect explanation and visuals, highly rate
A lot to digest, but good basic discussion. Will have to view the video again and supplement it with the textbook. You are a great teacher. Thank you.
I am very happy to have found your channel. You have an amazing ability to teach and explain your subjects.
Thank you so much!
Had to come back and revisit because I struggled. I'm so appreciative that you have made these videos available!
PART 1: I got into becoming a major rock hound by first finding a good15 pounds of green aventurine while walking my dog in the cemetery. Then, walking my dog again in a dirt recycling center, I came upon a rock pile that had beautiful specimens in it, including a little citrine, amethyst and teeth quartz. That got me into studying rocks and minerals, but I realized that I was not knowledgeable enough to identify rocks and minerals. So, I studied all of geology for 7 years.
I am a new subscriber, but want to thank you for these fantastic lessons in geology. I have learned so much already! I can't wait to try out my new knowledge. :D
Awesome, thank you! I plan on making a lot more of these so hopefully you'll stick around to watch those too when they get released.
Thank you so much for producing this a+ quality and very educational set of educational videos, I have slowly been teaching myself geology over the years and this series has been an enormous benefit to me as I continue my studies. Is it possible for the public to buy the textbook you refer to? Thank you so much and keep up the good work
oh man! I see something like 20 lectures after this. Thank you for offering this!
nice way of teaching,actually i'm doing my Msc but after working for 2 years in other field,it's like a good refresh of what i have learned before,...and i feel like i didn't learn anything compared to these newly graduates that are doing so well,i hope i could do as good as them after watching all the videos,thank you!!
This is an excellent channel, and thank you very much for creating this video!
Thank you!
excellent and well organized presentation for us having less knowledge of geology
Thank you for your appreciation!
I have found a precious stone.
The video helped me alot.
Thanks to your educational and informative video.
Thank you so much sir! You explained it very well. It helped me in my geol 100 lessons (including your other videos).
Glad I could help!
Hello these are wonderful lectures. I really love the geologic process and these lectures have made it very understandable to my poor older brain. Is it possable to get the homework for further work? I have never asked for homework in my very long life lol!
When the Doc is discussing Mineral collecting kits - who has made their own using a Whitman's Sampler box? I must have made a dozen of these when I was a kid I had so much fun collecting rocks and minerals. Unfortunately, no internet back then - but trips to the public library to learn about the sciences. 50+ years later - I still have a couple of those kits
Your videos are awesome sir ....really interesting.....thanks a lot.....
PART 2: I have prospected beautiful minerals at Sterling Hill Mine, the dirt recycling center and collecting dimensional stones, such as mall rock mulch which has beautiful granites with calcium or quartz veins in them, muscovite mica books and schists, granites with large schist, orthoclase, shale, slate, marble, chert, and even vesicular basalt from a road cut. I love your course.
Frank Reiser M.S.
This video's a gold mine.
Just discovered your series. Love the lessons.
On this Geology (4) lesson you list the breakdown of earth composition and Iron is listed as 5%
However, every time I see a 3D cutout view of the Earth the solid Iron core is shown as this huge ball and then it is wrapped with a liquid Iron core (even bigger) altogether hardly 5% and more like 20%
If were to draw those layers in the correct proportion, what would the view look like?
Thank you for your great informative video to uploaded, it's very helpful.
Lol dude your videos are a godsend in this remote learning time! Thanks SO much!
Glad to help!
Legit top-tier content. At 2x the vid is clear, concise, w great visuals. Nice quote btw:)
exactly what I needed to understand thankyou
I need to understand everything ,especially when English is not my mother language .
Beautiful intelligence .
We are made from beauty intelligence.
You are beauty mind.
For the composition of the earth you were talking about the crust and not the whole earth, but you didn't precise it
And if I'm not mistaken put's the Iron at ~30%, the Oxygen at ~30% and the Silicon at ~15%
Yes, I was referring to the composition of the average crustal rocks (thanks for pointing that out that ambiguity, I'll be more precise in future versions of this video). The bulk ("whole") composition of Earth is a bit harder to figure out because we need to make some assumptions from meteorites, seismic waves, and geochemical models. Here's a good paper on our current thinking on bulk Earth composition.
quake.mit.edu/hilstgroup/CoreMantle/EarthCompo.pdf
Dude, this is soo good. Biology PhD here wanting to brush up on geology. You really explain this very well!
What a fascinating subject! Thanks for posting this wonderful class on Geology. Gold, I was told it cannot be formed here on earth. I was told it can only come from a star going supernova and a meteor carrying it from that supernova coming here to earth. But in your video, it looks like it grows on quartz? I will believe a geologist over an astronomer. Hope you can answer.
You are a gifted teacher
Thank you so much!
Awesome, want to watch them all! Great job thx
Old saying Iron sharpens Iron, presenting all this material to us, gives a chance that we get a little sharper too ! thank-you more good understandably talks of geology luv it luv some rare earth!
Great Lecture. Can you share the presentations?
Hello,
I really enjoy your channel. I am interested in geology and wonder do you have the PowerPoint presentation available or could you recommend reading material if I was to undertake an undergraduate degree.
Which topic specifically are you interested in reading about most?
@@EarthandSpaceSciencesX Rock identification and how to determine which type. Furthermore, if you had a recommendation of geology books I would greatly appreciate it.
Kind regards from Ireland.
@@owenboyd5674 the main book used to teach geologists Rocks and Minerals for decades can be found here: a.co/d/0wEzDyx
For a great introductory textbook, I would recommend the following: a.co/d/gJSW9aG
Hope this helps!
I loved this video learned a lot from it, thank you !!!
Glad it was helpful!
Would you mind sharing presentations? It would be excellent for the audience. Kind regards...
So many names. Is there a good family tree type of diagram to show the classifications of minerals?
This is very helpful especially since my teachers doesnt know how to teach and we have class at home
I'm glad it was useful to you!
Hi, Do Geologists sometimes need the services of a Geochemist to properly identify the Rock or Mineral Sample that has been found?
FOR INSTANCE:: Let's say that there are two Minerals with each looking very similar in their physical appearance and each having the same 3 Chemical Elements that make up each Mineral but in different proportions by Percentages (%}.
One Mineral Sample may have the Percentage Ratios of 60-20-20 and the other may have the Percentages of 40-30-30, again with the same Chemical Elements in different proportions.
I would "assume," if I may,, with that much variation in the Percentages of the Elements, there would "most likely" be enough Physical Appearance variations to properly identify the two Mineral Samples by sight by the Geologist.
If they could NOT be readily identified by the Geologist, would that require the Samples to be Examined & Analyzed by by a Geochemist? ~TIA, Bruce~
Good question. Geologists, for the very reasons you just cited, receive extensive geochemistry training during their undergraduate years so that, in a sense, they can be their own geochemist when needed. A common example of what you are bringing up is plagioclase, being a solid-solution, can have very different chemistries depending on the condition which formed the mineral. Geologists learn how to easily measure the chemical composition of plagioclase during their sophomore or junior years using an optical microscope. Same for most of the other common rock-forming minerals.
@@EarthandSpaceSciencesX --- THANK YOU Greatly Sir.
Want to bring to your attention that at 14:50 you meant to say that quartz is 2.7 times heavier than water.
Great lecture. Thanks for sharing.
4:58 the orange/brown - that's citrine...awesome presentation....still don't know what book is part of the lectures...
You should give a short explanation as per the Fe3O4 part that got edited out. Ive studied this in terms of Meteorites. Neat stuff.
I think this is absolutely fantastic
Thanks a lot for the great videos. Slight mistake at 19min 40 sec. The earth is not a giant ball made of what you list, because yyou are listing the crust components, the mantel and the nucleus are different..
Awesome lesson and teaching!
Glad you liked it!
OK I know this is way off subject, but I just found your channel and I have a question, if you would indulge me a little it would be appreciated.
Zircon magnetics, have you heard of this and the Baja/ BC theory, if so what are you thoughts on it, has it been proven or still a theory?
And I do enjoy the videos I've seen so far, the format, and content, thank you
Good to know u can eat anything up to 4 Mohs.
Btw with pumice, vermiculite and perlite seems that its just not measured right cause it traps so much air that gets counted as its volume. And also contributes to the floating.
Perlite has some very interesting properties, that’s for sure.
Professor is a GOAT
Mother nature know precisely how to mix and make 😱 👍
Indeed it does!
Excellent video... can u please make a video on Depositional Environment in view of hydrocarbon formation and deposition.
To do that topic justice would require a series of lectures. While I would enjoy doing it (it's really interesting stuff!), I'm not sure I could get to it anytime soon. Right now we are producing an Environmental Science series, and then possibly will do a series on Forensic Geology and then another series on Historical Geology. Sophomore/junior-level lectures are in the plans, but not for a while.
@@EarthandSpaceSciencesX ok thats great.. However depositional environments are really very important and please give it a try whenever possible.. Many thanks
Excellent presentation!
Thank you! Cheers!
This was a bit of a leap for me from the previous lectures. Struggling a bit with this. Gone back to you tube for lots of clips and talks on chemistry etc. Would like another lecture for total chemistry beginner. Having said that will carry on with other lectures.
Wait-What? Covalent bonds are stronger than ionic bonds?? My last chemistry class was around 1975-I’m sure new discoveries have been made and there is more to bonding than simple covalent vs ionic . . . But since when are covalent bonds stronger than ionic bonds? That would turn most properties of water upside down . . . ????? Is this just re: silicates? Please clarify.
Really cool cool stuff, fascinating!
amazing!! thank you so much
What are streak plate’s made of? Would water purification (for human consumption) be aided by silicate minerals? If so, light or dark silicates?
The unglazed back side of a white porcelain tile is used as a streak plate.
I am guessing the relative abundance of elements in the earth is with respect to mass rather than relative number of moles. Mass vs. moles would give different ratios of elements. The relative abundance of hydrogen, sodium and carbon, in number of atoms, is going to be much higher than their contribution to total mass because they are light elements.
Yes, it is weight percentage.
you described quartz as having multiple colors, but isn't the orange/red color quartz a citrine?
Yes, we could call it a citrine variety of quartz.
This stuff can Heal you.
Very useful
I'm sorry, in a book that I'm reading "Essentials of Geology" 5th edition, by Marshak, it says that 35% of the Earth's mass is iron, and barely 15% is silicon. Is your chart during min 20:00 only referring to what's visible on the surface?
Marshak is referring to the bulk mass of all of Earth. My numbers are in reference the lithosphere…the materials we can see and touch.
@@EarthandSpaceSciencesX Thank you so much for the clarification
this is a pretty good channel...
What dictates the formation patterns on metaloids?
☕Sip. Thanks for the digestible presentation.
My pleasure!
Please elaborate on Miller and Weiss parametric and how to get the faces and structure of crystals. Thanks
The best I can do is put down a quick link where that is answered (this topic goes beyond the scope of my lecture series but is included in a good, semester-long mineralogy class). Try this...
www.tulane.edu/~sanelson/eens211/axial_ratios_paramaters_miller_indices.htm
Cheers Big bro
Am I mistaken or when he goes over the colors of minerals and points out that there are orange minerals, isn’t that an orange citrine Quartz Crystal piece on the upper right that he labels as a stained piece of a type of rose quartz?
you are my geology hero!
Thankya. I feel smarter already, always wanted to know.
Lesson #4 done and done! This lesson was also particularly tough for me to get through because of the chemistry bit.
I don't even know what you gonna be doin
@@helbitkelbit1790 I'm sorry, but I didn't understand your comment.
@@AGDinCA Geology is a field full of chemistry, if you want to be a Geologist, you might also want to take chemistry lessons!!
Do we know if Enstite is forming in outter space (asteroids and such) or does it require a full planet with an active geology like Earth?
I honestly don't have the answer for that. It's a very good question though.
I am a middle aged man and never saw euhedral calcite as rock mulch on someone's property. My neighbor had it. She gave me permission, so I collected a lot of it.
Thank you very much
What is the text book mentioned in the lectures and comments?
I want request you
To give me the ppt for you lessons
How I get this slide. Mr
Thank you
When you ask the audience to watch a different video before watching the video they are in. It's usually helpful if you post a link for the previous video in the description of the current video. Maybe you could do that to help out future learners
Teacher's name would also be nice to know?
Professor Paul Day, Professor of Geology and Environmental Science at Dallas College. I don't normally put my name on my videos since, to me, it's all about the learning and the science and I am just deliverer of that information. However, in future videos I may do that since I get the request quite often. I hope you enjoyed the lecture.
Thank you Dr. Paul Day yout Geology course. I took this course from youtube July 2020. I enjoy yout lectures. Best Regards, Hannu Poropudas, Kolamäentie 9E, Kiiminki/Oulu, Finland.
Is there any way I could get a copy of these notes?
Sorry, I don't post them publicly. At some point in the future that may happen, but as of now I don't provide them.
Thank you sir
Great, just great =D
would you be willing to Id a couple of rocks I have? Both Black. suspects are both hard. one might be glass and the other a sample ? from Africa neither are magnetic.Both especially one is very heavy
GREAT DAY...PICK UP SOME ... OOOOOWWWWEEE LOOKING GOOD IN MY BATHROOM THANKS
(OH)2, ie 2 oxygens and 2 hydrogens, is not water. It's dihydroxide (as in the hydroxide group of sodium hydroxide (NaOH)). Thanks for the video.
Interesting AF!
Cool video
Thanks
where is the atomic lecture :(
ruclips.net/video/uzLt4AkP3O0/видео.html
what is namada??
Phew, that one got a bit dense. The slide show content really helped digest it though.
Indeed! I'll probably re-record the video in the future and break it up into several smaller lectures....
Thanks