i’m about to be an incoming college student and i hope i can learn from you (i have this subject :<)
@gul-gulhan4 күн бұрын
0:35 methane is organic compound not an element plz correct it
@gul-gulhan4 күн бұрын
Ads started running on vedio I hope we will receive more interesting topics
@charlieholmes362617 күн бұрын
Really informative video! keep up the good work
@DeltaOmega251517 күн бұрын
This video is awesome! Could you make a video on molecular bond theories - VBT, VSEPR, molecular orbital theory? That would be highly appreciated! Thank you.
@InorganicChemistryTutor17 күн бұрын
@DeltaOmega2515 The next few videos I make on making are on Isoelectronic Species, Electronegativity, Dipole Moments, VBT, VSEPR, and MO.
@DeltaOmega251517 күн бұрын
@@InorganicChemistryTutor I'm looking forward! That'll be great.
@LeahAsare18 күн бұрын
Love your accent..can u be my tutor?
@DeltaOmega251525 күн бұрын
By the way, what book do you refer to in making these videos? It would be appreciated if there was a book with the syllabi of your videos for a beginner like me.
@InorganicChemistryTutor21 күн бұрын
@DeltaOmega2515 I highly recommend two textbooks: Inorganic Chemistry by Catherine Housecroft and Chemistry, 5th Edition by Allan Blackman et al. While the inorganic chemistry book is a bit more challenging, the chemistry textbook is excellent for beginners. Both provide in-depth coverage of the topics I'm discussing and are accurate resources. The course I'm teaching is a distilled version of the material covered in these books. I'll link them below. Inorganic Chemistry: amzn.to/4cW8v82 General Chemistry: amzn.to/3W0EQDS
@DeltaOmega251521 күн бұрын
@@InorganicChemistryTutor I'll look into those, thank you!
@individualorganization26 күн бұрын
thanks a lot brother ... loove from india
@DeltaOmega2515Ай бұрын
Thanks a lot for this!
@sphericalpotatoАй бұрын
👍
@DeltaOmega2515Ай бұрын
Hey! This series you're making is awesome, it's really helpful.. Thanks a lot!
@sphericalpotatoАй бұрын
Can you make a video about nodes , nodal planes and radial nodes
@sphericalpotatoАй бұрын
Please dont ever stop making videos
@InorganicChemistryTutorАй бұрын
Steps to Calculate 𝑍eff are in the description!
@WawawacatАй бұрын
Thank you so much for this video. You really showed with clarity how quantum numbers takes shape as orbitals. I find this part very abstract and thus difficult to imagine but now I understand. Good job, I subbed 🙏✨
@InorganicChemistryTutor2 ай бұрын
At 4:35, I incorrectly stated that carbon has an electron configuration of 1s² 2s² 2p². I meant to say that carbon has an electron configuration of 1s² 2s² 2p⁴, as shown on the screen.
@kisho26792 ай бұрын
How is atomic number be determined experimentally?
@kisho26792 ай бұрын
How can the energy in unit of electronvolt [eV] of each of the known 118 elements be calculated?
@InorganicChemistryTutor3 күн бұрын
Calculating the energy in electronvolts (eV) each element depends. You can refer to various types of energies, such as ionization energies, electron affinity, or binding energies. But most common type of energy calculated for elements is the ionization energy, which is the energy required to remove an electron from an atom in its gaseous state. Ionization energy can be experimentally derminted or obtained from databases, but you can theoretically calculate it. Therefore, it can be approximated using quantum mechanical models such as the Schrödinger equation or empirical methods, which are prerty complex. So for simplicity, I would recommened finding these erngreis using known data from literature. That being said I have made a video on ionization energy if you are intrested: kzbin.info/www/bejne/Z4Dci56HjcqdgK8&ab_channel=InorganicChemistryTutor
@AITechKC2 ай бұрын
Thank you very much I finally understood this at last 😊
@Brunowerther3 ай бұрын
keep it up sir, you explain it really well
@No_College_Needed3 ай бұрын
Love it, keep it up!
@user-oy7ix7yn1p3 ай бұрын
Please do more videos ❤❤❤🎉🎉🎉
@user-oy7ix7yn1p3 ай бұрын
May i know your name
@user-oy7ix7yn1p3 ай бұрын
Do continuous more videos bro❤❤🎉🎉🎉🎉
@AbhaySingh-sf9op4 ай бұрын
your video is good but voice is a bit low
@Sku11zDude3 ай бұрын
Turn volume up
@lakshhonline4 ай бұрын
THANKS MY JEE EXAM IS ON 6 VERY HELPFUL VIDEO
@kshitijdamodhar99524 ай бұрын
Please brings some lectures on p block and salt analysis also I'm very curious to learn inorganic chemistry the way you explained but I'm very frustrated remembering the experimental data like salt analysis and so many reactions in inorganic chemistry, please help me out
@InorganicChemistryTutor3 ай бұрын
If you want to provide more information, I would be happy to help if possible! What esxcatly are you struggling with?
@kshitijdamodhar99523 ай бұрын
@@InorganicChemistryTutor In our textbook, a lot of experimental and factual information is concisely given, about the physical properties, uses, and chemical properties of different elements and compounds. In the examination of JEE, we are supposed to memorize all the trends, properties and facts as the questions can be asked from anything from the block chemistry and qualitative analysis. Can you please help us with the memorisation ?
@InorganicChemistryTutor3 ай бұрын
@@kshitijdamodhar9952 I recommend focusing on regularly reviewing the most crucial and relevant information that will be on your exam. Also, practice as many related questions as possible to solidify your understanding. However, the most effective study method is to deeply understand the concepts and fundamentals. When you grasp a concept intuitively, you won't need to memorize excessive details; instead, you can logically deduce answers to related problems. For instance, if your exam covers orbitals, invest time in comprehending what orbitals truly are, why they are significant, and how they bond.
@cbarnes21604 ай бұрын
It's cool to delineate the menagerie of orbital types. But if you want to actually explain orbitals, you need to go through *why* they have those crazy shapes. It's not obvious how angular momentum leads to interlocking dumbbells, for example. Or at least link to a video that talks about that...
@InorganicChemistryTutorАй бұрын
Agreed! If you are interested I made previous videos on the Schrodinger Equation and the Heisenberg Uncertainty Principle that explain what you are looking for!
@Boooommerang4 ай бұрын
Thank you
@AbhaySingh-sf9op4 ай бұрын
you are making great videos keep it up ,I understand very well
@sanjuansteve4 ай бұрын
#DipoleElectronFloodTheory I’ve been saying since 2013 that it seems extremely (Occam's Razor) obvious that all electrons and all photons are in orbit with a dark matter particle and I’ve shared my theory literally many thousands of times with hundreds of the world’s top physics universities, professors, labs, channels, etc. Based on Fermilab, CERN and other recent findings, I now more specifically think electrons are made of an electron neutrino entangled in orbit with a dark matter muon neutrino, explaining their erratic orbits around nuclei, superposition, uncertainty, the double slit, etc just like I’ve been saying since 2013. And I think when the electron neutrino gets entangled with the muon neutrino it creates the Higgs field. I think when an electron gets a 2nd muon neutrino, it’s what we call a Tau particle and I think photons are a pair of electrons entangled in orbit together in apparent axial or helical polarizable wave-like movement depending on the direction of their rotation as they travel. This explains the double slit experiment for example and the speed of the rotation explains electromagnetic wavelengths. It also explains ‘’the ultraviolet catastrophe’’ with the separation of the electron and muon neutrinos due to the higher energy. I also think protons and neutrons are actually made up of over 1,800 electrons with the muon neutrinos likely all clustered in the center surrounded by the same number of electron neutrinos. ‘’If you want to find the secrets of the universe, think in terms of energy, frequency and vibration.’’ -- Nikola Tesla
@nichtrichtigrum4 ай бұрын
I like your video as you explain orbitals in an easy to follow way :) I have a small correction, though: At 0:37 you say that finding electrons "outside" the orbitals is highly unlikely but not impossible. However, technically, all orbitals stretch out infinitely through the whole universe (with the exception of the so-called knots in the wave-function). The orbital shapes that are depicted, usually only show where the electrons are with 90% or 95% (not sure) probability.
@InorganicChemistryTutor4 ай бұрын
Yes you are correct! However, it can be counterintuitive to describe orbitals as vast as the universe while portraying them as seemly distinct, limited spaces. My aim was to simplify the explanation, by being more black and white. Explaining orbitals involves balancing accuracy with simplicity, as oversimplification can lead to inaccuracies (shown by your comment).Therefore, the correction you’ve provided is definitely important and I’ll add it to my pin comment!
@LegendGaming-il4iw5 ай бұрын
I don't know why , but I liked this video after watching 30sec of it
@itzmeB25 ай бұрын
Underrated channel ngl, has the really high production quality
@InorganicChemistryTutor5 ай бұрын
Minor Corrections: 1. In this context, the correct spelling should be "principal" instead of "principle." 2. To clarify my previous statement about finding electrons "outside" the orbitals being highly unlikely: Orbitals are essentially infinite in size, potentially extending throughout the universe. The representations in the video illustrate roughly 90-95% of their probability distribution, indicating where electrons are most likely to be found.
@socksWithHolesInThem19714 ай бұрын
Also... 'orbtials...' Great topic though!
@Lulxec6 ай бұрын
Very intuitive explanation of such a complex topic, you got yourself a subscriber ,sir
@InorganicChemistryTutor6 ай бұрын
Note: I made a mistake At 10:20. The blue spheres were meant to say electrons, not atoms.
@xastr0x4259 ай бұрын
No way now we have organic chemistry tutor and also inorganic chemistry tutor
@timeisbutanillusion24 ай бұрын
crazy....
@tharunrakesh956810 ай бұрын
man i really love your videos, keep them coming. i to be very honest never liked the subject of inorganic chemistry because all i thought it was memorising but you make it seem interesting. i would love it if you made videos on photoelectric effect and the structure of atom
@InorganicChemistryTutor10 ай бұрын
Appreciate the feedback, and I'm glad I could make it interesting!!
@user-pg3rg2ff3b11 ай бұрын
❤❤ Thank you
@charlieholmes362611 ай бұрын
Very educating video! Really helping me in my studies! Love from Australia 🎉