Dave - I know these videos are not your most viewed, but I want you to know that it is incredibly valuable for me and my students. Thank you for creating this useful explanation 😊
Hi Professor Dave, Just wanted to say I read "Is This Wifi Organic?" a few months ago and loved it. I always struggled with chemistry at school and thought it too abstract and complex for me to understand, but your step-by-step introduction to understanding chemical structures and basic concepts was so clear and concise that it's really sparked an interest in chemistry for me. Going through your chemistry series now and wanted to say you are an excellent teacher. When I was at school, I was always one of the last to understand things in science classes so I kind of wrote it off as something beyond my understanding. However you make it very accessible and fascinating for people like me. Thank you so much for the great videos, they are fantastic.
Every Single Time I see a good video on the Periodic, I learn yet ANOTHER type of information that's contained in it. I can say I got a solid start in Chemistry, ('elective' course at school), but soon found out I wasn't 'getting' a feel for the several different patterns of sub-sets of the atom, (the ones they start to branch out into after getting you comfortable with the basics of Protons, Neutrons, and Electrons). I got the shells, and the importance of the sharing of electrons, we got to something called "valance numbers", and it was right after that I think we started getting intros into more than one system at a time. Where we'd only needed to keep say 5 basic facts in mind for the first month, all of a sudden there was 3 branches with 2 facts each, ... and I couldn't keep up. I'm glad I got the VERY basics out of the way, so that a good video like this CAN teach me something about more nuts and bolts, without having to define "ion" and "atomic number" again. Anyway what was it in here, a chart about "Aubrey" this-or-that? NEVER saw that introduced before, so BACK TO THE FUN OF WATCHING!!!
9:35 Actually, to be more precise, at the start of the f block, an electron is indeed placed in the d subshell instead of f, but later on, that d electron hops to the f subshell, and the d subshell starts filling for real at the start of the d block, right where it’s supposed to.
I love periodic table of elements. How about a video about the island of stability and future of elements research? We are now able to change lead into gold, which was literally the alchemist dream. Albeit the process is expensive and produces tiny tiny amounts, probably less than a few hundred atoms per year.
Thank you. Informative and concise as usual. That last bit about some people wanting to "believe" something else about elements is so telling in this current time of so much false and mythological garbage being spread around. The Periodic Table of the Elements is so elegant that it almost seems "designed" !!!
I ordered your book yesterday on Amazon! Arrives tomorrow! Thanks Professor Dave! Forever grateful for RUclips's autoplay feature for randomly playing your response to globebusters. That's how I found you!
Once again, I am amazed at how well you teach, organize, and illustrate. I will have my chemistry class watch this program and answer some questions. Well done. Rick MUHS App. County, Iowa
Fun fact: Osmium was, as Tungsten (Wolfram in German, hence the W) is nowadays, used for incandescend light bulbs as the glowing parts. That is also how that big company making light bulbs was named - Osmiumwolfram, or short: Osram.
Very cool, I haven't heard of many of these since waaaaaaaaay back in high school, so I love finding this! So... here's this playlist, and here I am, so I might as well make sure I don't waste a day. 😉 Daddy told me when I was really young (6 or 7) that if I learned something, the day wasn't wasted. I've tried to make sure every day since to not waste a single day! In return, all I have to offer is this like and comment.
Sir, we indian students get a lot of amazing contents in this channel for iitjee/neet prep. keep going sir. Also explain iit jee advanced level questions which r super tricky.
This is great to understand. In my writing I had alchemy having its own elements but to do it I decided they'd use things we don't have in real life those being a parallel electronmagnetism that allows for new elements but also by this we have to make up rules that prevent certain ones existing due to a form of repulsion & attraction between the particles. The Rale is like an electron & is attracted to the Kale but these particles are repulsed by the opposite of their form. So basically the Rale is attracted to electrons but not protons making a form of repulsion that basically allows it to be intresting.
also actually there seems to exist a very long list regarding the huge amount of (potential) applications of Lanthanides and Actinides (aka REEs) in modern technologies ...
Fun fact: 4 elements (Yttrium, Ytterbium, Terbium, and Erbium) all get their names from the location they were found - in a mine nearby a small Swedish town called "Ytterby." All of these are naturally occurring stable metals.
Ahhh yeah boiyeeeeeee! D Block, The LOX are all up in Da Periodic Table! Professor Dave putting the gangster back into science, cuzzo!! Y'all better recognize his mad skillz, fam. 🤙
Silver is also the best electrical conductor if I'm not mistaken. On a scale of 0 to 100 representing electric conductivity, where 0 is not conducive, copper is at 100, and silver would actually be 105/106. While silver is a slightly better conductor, its far more rare then copper, so copper is most often used in wiring. Gold is at 70 on this scale. While gold is exceptionally more rare then silver, and copper, its often preferred as a conductor in things that have exposed wiring like circuit boards because gold doesn't tarnish like silver and copper do.
Professor Dave, I know it sound ridiculous but can you explain to me the thing that they do in movie action example " the case of the patient is gunshot between their ribs and abdominal the first aider will put some pressure at the wound. But suddenly they can not breath why the first aider need to puncture the clavicle area so that the patient will again breath?" They called it PNEUMOTHORAX? I really don't understand is that POSSIBLE? 😵😵 Please make some explanation professor Dave ☺️
A pierced lung can leak air into the area between ribcage and lung which disconnects it from your breathing motion. Under normal working conditions your lung sticks to the inner surface of your ribcage and in/deflates with your chest movement. Removing the air inside the ribcage mostly fixes the not able to breath part. Yes this can happen, but the treatment usually looks less improvised than most movies show
Hi Prof. Dave! Can you please make a video about how to determine which group number and period number does an element belong by just using its electronic configuration....plss plsss im really having difficulty with this and i cant seem to find any video that teaches this lesson😭😭
Wow i didn't know tungsten has such a tensile strength, i work with a lot of tungsten (machinist) and i know about it's rigidity, heat resistance and hardness but it chips and breaks easy so it never occurred to me that it has such high tensile strength.. i thought professor dave had made a mistake so i had to look it up 🤣 silly me
I believe carbon has the highest melting point of any element. Dave may have meant highest melting point of any metal. Someone let me know if thats true.
Wait, will the transition elements only be mentioned for their organometallic chemistry? So basically organic chemistry with extra steps? I was really excited to see some love given to the inorganic side of chemistry, during my bachelor and masters courses it always felt like 50% organic, 30% analytic, 10% inorganic and 10% physical =/
The features of the elements are not the same everywhere in the universe. Maybe the features of the nucleus of the atom but not the physical of chemical features like when does the element melt, freeze, vapourize or if it is a metal of a non-metal. For example around the core of tge planet Jupiter hydrogen is metal like.
Yes its predicted than a 5g¹⁸ orbital will appear for 8th period elements so the 8th period should have 2+6+10+14+18=50 elements. From element 119 to element 168
Professor, can you cover the topic of *quantum field healing* next? it's a totally legitimate 100% backed by science not-faith healing practice that I just learned about. totally legit.
He debunked the creator of it a while ago Deepak Chopra in his quantum mysticism video. Watch that. Quantum field theory is a theoretical framework that combines classical field theory, special relativity, and quantum mechanics. QFT is used in particle physics to construct physical models of subatomic particles and in condensed matter physics to construct models of quasiparticles. It cannot be applied in anyway to healing of any human. Sorry Lord Thick Nipples. Quantum field healing is a pseudoscience, says as much on the Wikipedia page dedicated to it.
Hello Dave, I have a question. I watched a video of a flat earther that showed two different pictures, one had mars photographed by a telescope and it looked very distorted, almost like a star through a telescope, and the other picture had photos of saturn also taken by a telescope which look much less distorted and you can even see the planet's disc, how does that work? Is it because the quality of the telescope, or is it because other factors. edit: or are the pictures of mars literally fake, that can also be an option lmao
Do you have any other information about the photographs? Could be editing, a damaged telecope/sensor, human error or just be something else than described. Flat earthers claim so much, but provide so little information. Seems like they got smth to hide...
I still feel like there could be regions of our universe with different fundamental constraints to ours only we are to be forever causally disconnected from them. There is also potential for us to explore heavier and heavier elements and their isotopes, potential islands of stability previously theorised or other ones weve not even predicted. We won't know until we waste immense resources firing particle beams in the hope of finding them 🤣 Some might be possible in ultra extreme conditions we have no chance of achieving here on earth 🤔 I don't know
Pac-Man told me that the Rams are going to be taking off the internet and now it looks like the periodic table has been severely reduced😅 theres supposed to be ropeteen nooses in lanthanides or nine plusnine😮
Dave - I know these videos are not your most viewed, but I want you to know that it is incredibly valuable for me and my students. Thank you for creating this useful explanation 😊
Hi Professor Dave,
Just wanted to say I read "Is This Wifi Organic?" a few months ago and loved it. I always struggled with chemistry at school and thought it too abstract and complex for me to understand, but your step-by-step introduction to understanding chemical structures and basic concepts was so clear and concise that it's really sparked an interest in chemistry for me.
Going through your chemistry series now and wanted to say you are an excellent teacher. When I was at school, I was always one of the last to understand things in science classes so I kind of wrote it off as something beyond my understanding. However you make it very accessible and fascinating for people like me.
Thank you so much for the great videos, they are fantastic.
Every Single Time I see a good video on the Periodic, I learn yet ANOTHER type of information that's contained in it. I can say I got a solid start in Chemistry, ('elective' course at school), but soon found out I wasn't 'getting' a feel for the several different patterns of sub-sets of the atom, (the ones they start to branch out into after getting you comfortable with the basics of Protons, Neutrons, and Electrons). I got the shells, and the importance of the sharing of electrons, we got to something called "valance numbers", and it was right after that I think we started getting intros into more than one system at a time. Where we'd only needed to keep say 5 basic facts in mind for the first month, all of a sudden there was 3 branches with 2 facts each, ... and I couldn't keep up. I'm glad I got the VERY basics out of the way, so that a good video like this CAN teach me something about more nuts and bolts, without having to define "ion" and "atomic number" again.
Anyway what was it in here, a chart about "Aubrey" this-or-that? NEVER saw that introduced before, so BACK TO THE FUN OF WATCHING!!!
This is so beneficial for me because I have to study in our syllabus. Thanks, Dave, as usual, It's a great video so far.
Yes we are continuing with the rest of the periodic table elements thank you professor Dave
Hi Dave,
I just want to say that I have fallen in love with ur teaching style and mostly at the starting of your video, I absolutely love it.
Your video is much better than any premium subscriptions or coaching I have in this country.
Thanks for such amazing contents
Ah yes, the planets near the edge of the solar system: Uranus, Neptune, Pluto, and A M E R I C A
9:35 Actually, to be more precise, at the start of the f block, an electron is indeed placed in the d subshell instead of f, but later on, that d electron hops to the f subshell, and the d subshell starts filling for real at the start of the d block, right where it’s supposed to.
I love periodic table of elements. How about a video about the island of stability and future of elements research? We are now able to change lead into gold, which was literally the alchemist dream. Albeit the process is expensive and produces tiny tiny amounts, probably less than a few hundred atoms per year.
Chemistry 300 years ago: IT IS IMPOSSIBLE TO TRANSMUTE AN ELEMENT INTO GOLD!
Chemistry now: lmao sike
Thank you. Informative and concise as usual.
That last bit about some people wanting to "believe" something else about elements is so telling in this current time of so much false and mythological garbage being spread around.
The Periodic Table of the Elements is so elegant that it almost seems "designed" !!!
I really love this series
I ordered your book yesterday on Amazon! Arrives tomorrow! Thanks Professor Dave! Forever grateful for RUclips's autoplay feature for randomly playing your response to globebusters. That's how I found you!
Once again, I am amazed at how well you teach, organize, and illustrate. I will have my chemistry class watch this program and answer some questions. Well done. Rick
MUHS App. County, Iowa
I love your content. Longtime subscriber. Thank you very much Dave.
Some REALLY useful visuals here! Thanks.
Oh, you completely dissected the periodic table. Thank you. The periodic table is better than the new periodic table, like a triangle or a spiral.
hooray, new chemistry video!
For some reason I never noticed that uranium, neptunium, and plutonium are clearly named after the planets.
The lanthanides are my favorite. I made a necklace made out of ytterbium and one out of praseodymium.
Fun fact: Osmium was, as Tungsten (Wolfram in German, hence the W) is nowadays, used for incandescend light bulbs as the glowing parts.
That is also how that big company making light bulbs was named - Osmiumwolfram, or short: Osram.
YES! THE NEXT LESSON! CONTINUOUS LEARNING
Very cool, I haven't heard of many of these since waaaaaaaaay back in high school, so I love finding this!
So... here's this playlist, and here I am, so I might as well make sure I don't waste a day. 😉 Daddy told me when I was really young (6 or 7) that if I learned something, the day wasn't wasted. I've tried to make sure every day since to not waste a single day!
In return, all I have to offer is this like and comment.
Sir, we indian students get a lot of amazing contents in this channel for iitjee/neet prep. keep going sir. Also explain iit jee advanced level questions which r super tricky.
Even this professor can not solve iit advanced question😂
This is great to understand. In my writing I had alchemy having its own elements but to do it I decided they'd use things we don't have in real life those being a parallel electronmagnetism that allows for new elements but also by this we have to make up rules that prevent certain ones existing due to a form of repulsion & attraction between the particles. The Rale is like an electron & is attracted to the Kale but these particles are repulsed by the opposite of their form. So basically the Rale is attracted to electrons but not protons making a form of repulsion that basically allows it to be intresting.
Absolutely understood sir, thanks for this fantastic lesson
This series was awesome
also actually there seems to exist a very long list regarding the huge amount of (potential) applications of Lanthanides and Actinides (aka REEs) in modern technologies ...
Fun fact:
4 elements (Yttrium, Ytterbium, Terbium, and Erbium) all get their names from the location they were found - in a mine nearby a small Swedish town called "Ytterby." All of these are naturally occurring stable metals.
Ahhh yeah boiyeeeeeee! D Block, The LOX are all up in Da Periodic Table! Professor Dave putting the gangster back into science, cuzzo!! Y'all better recognize his mad skillz, fam. 🤙
Hey Dave! Love your videos, they are pretty helpful with school chemistry!
7:09 Mn ,Cr ki +5 why not take NCERT me diya hai frm
Thanks for this wonderful video professor 🎉
ah yes someone who can explain stuff better than my school..
Thank you very much for this! This help me a lot in my report🙏
Americium is/was used in old smoke detectors!
Can we consider sc as non transition element?
Because i have seen sc element as non transition in some of the text books
Thanks you so much for the help, I really needed in chemistry class
wow.. thank you so much Professor Dave
Silver is also the best electrical conductor if I'm not mistaken. On a scale of 0 to 100 representing electric conductivity, where 0 is not conducive, copper is at 100, and silver would actually be 105/106.
While silver is a slightly better conductor, its far more rare then copper, so copper is most often used in wiring.
Gold is at 70 on this scale. While gold is exceptionally more rare then silver, and copper, its often preferred as a conductor in things that have exposed wiring like circuit boards because gold doesn't tarnish like silver and copper do.
Hi Professor Dave. Do you have a video series for inorganic chemistry ?
that would be this one
The survey is complete now.
11 hours of lectures at oxford uni, lets see what dave can teach me in 15 minutes
i now know their names and some of their uses.... back to my lectures lol
I'd love to see a video about Pyykkö's periodic table
Is there any clues as to why Iron is the transition point between net energy gain from fusion and fission
It has the highest binding energy per nucleon.
Professor Dave, I know it sound ridiculous but can you explain to me the thing that they do in movie action example " the case of the patient is gunshot between their ribs and abdominal the first aider will put some pressure at the wound. But suddenly they can not breath why the first aider need to puncture the clavicle area so that the patient will again breath?" They called it PNEUMOTHORAX? I really don't understand is that POSSIBLE? 😵😵
Please make some explanation professor Dave ☺️
A pierced lung can leak air into the area between ribcage and lung which disconnects it from your breathing motion. Under normal working conditions your lung sticks to the inner surface of your ribcage and in/deflates with your chest movement. Removing the air inside the ribcage mostly fixes the not able to breath part.
Yes this can happen, but the treatment usually looks less improvised than most movies show
Hi Prof. Dave! Can you please make a video about how to determine which group number and period number does an element belong by just using its electronic configuration....plss plsss im really having difficulty with this and i cant seem to find any video that teaches this lesson😭😭
Wow i didn't know tungsten has such a tensile strength, i work with a lot of tungsten (machinist) and i know about it's rigidity, heat resistance and hardness but it chips and breaks easy so it never occurred to me that it has such high tensile strength.. i thought professor dave had made a mistake so i had to look it up 🤣 silly me
Hi prof dave...do you have video about lanthanide contraction?
Why do lanthanoides and actanoides form 14 additional columns while still be in group 3?
Fascinating.
at 13:00. not even close.. theres dark matter, neutron stars.. black holes etc
Literally none of those things are elements.
how much valence electrons do d-block and f-block elements have?
I believe carbon has the highest melting point of any element. Dave may have meant highest melting point of any metal. Someone let me know if thats true.
According to lego batman 2, Tantalum is used in the creation of Kryptonite
Lol
How much Valence Electrons have the elements of the block?
Wait, will the transition elements only be mentioned for their organometallic chemistry? So basically organic chemistry with extra steps? I was really excited to see some love given to the inorganic side of chemistry, during my bachelor and masters courses it always felt like 50% organic, 30% analytic, 10% inorganic and 10% physical =/
That's more or less what they're used for, apart from materials science which is a little more of a physics application.
The features of the elements are not the same everywhere in the universe. Maybe the features of the nucleus of the atom but not the physical of chemical features like when does the element melt, freeze, vapourize or if it is a metal of a non-metal.
For example around the core of tge planet Jupiter hydrogen is metal like.
Their properties are inherent. They are the same everywhere.
Thank you!
How much valence electrons have lanthanides and actinides?
thx so much❤
An 8th period would have even more elements in it. It would have a whole new orbital family available.
Yes its predicted than a 5g¹⁸ orbital will appear for 8th period elements so the 8th period should have 2+6+10+14+18=50 elements. From element 119 to element 168
@@HugoFilho. And all of them with an half live under 0.001s.
Solve the jee advance chemistry questions
Sirr ur intro in a azing and ur explanation omg pls co eto my school i will become tooper in scince 😅😊
Professor, can you cover the topic of *quantum field healing* next? it's a totally legitimate 100% backed by science not-faith healing practice that I just learned about. totally legit.
At most, he’ll make a video debunking it. Like he has done with stuff like flat earth and “spiritual healing”
Yes, please. And someone can finally explain the magic mystery of those quantum fields and maybe even measure something...
He debunked the creator of it a while ago Deepak Chopra in his quantum mysticism video. Watch that. Quantum field theory is a theoretical framework that combines classical field theory, special relativity, and quantum mechanics. QFT is used in particle physics to construct physical models of subatomic particles and in condensed matter physics to construct models of quasiparticles. It cannot be applied in anyway to healing of any human. Sorry Lord Thick Nipples. Quantum field healing is a pseudoscience, says as much on the Wikipedia page dedicated to it.
@@peterboris3765 he already did in his quantum mysticism video
@@kurtvonnegut9959 yeah I remember that vid just couldn’t remember if he touched on quantum field healing
Hello Dave, I have a question. I watched a video of a flat earther that showed two different pictures, one had mars photographed by a telescope and it looked very distorted, almost like a star through a telescope, and the other picture had photos of saturn also taken by a telescope which look much less distorted and you can even see the planet's disc, how does that work? Is it because the quality of the telescope, or is it because other factors.
edit: or are the pictures of mars literally fake, that can also be an option lmao
Do you have any other information about the photographs? Could be editing, a damaged telecope/sensor, human error or just be something else than described. Flat earthers claim so much, but provide so little information. Seems like they got smth to hide...
@@mobuildsstuff fair point honestly
12:35 Thorium oxide is used in 'a no. of materials'😂
yes
@@ProfessorDaveExplains I was just pointing out the vagueness of the statement you said, and am curious to know what those 'materials' include
Prof. Dave, what is the name of your book? Rick, Chem.teacher MUHS
Dave, the address above is wrong. Please reply here. Thanks, Rick
I’m referring to notes I took way back in grad school, not sure what the professor was using!
Tungsten is for light bulbs.
I still feel like there could be regions of our universe with different fundamental constraints to ours only we are to be forever causally disconnected from them. There is also potential for us to explore heavier and heavier elements and their isotopes, potential islands of stability previously theorised or other ones weve not even predicted. We won't know until we waste immense resources firing particle beams in the hope of finding them 🤣
Some might be possible in ultra extreme conditions we have no chance of achieving here on earth 🤔 I don't know
this is nice
actually Lanthanides and Actinides are not that "rare" at all, aren't they?
I like to call them the transitioning transition metals
Good
Pac-Man told me that the Rams are going to be taking off the internet and now it looks like the periodic table has been severely reduced😅 theres supposed to be ropeteen nooses in lanthanides or nine plusnine😮
8:57
we are the seaborgium...
🙏👏
ƤＲＯ𝓂Ｏ𝕤ᗰ ☹️
First