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This full song "LOST IN CYBERSPACE" is now published on th-cam.com/video/tT2X2CQ9VqU/w-d-xo.htmlsi=h4oUbT1yMBZYMYnw

Hello everyone here - I'm currently experimenting with creating songs with AI and started a new music channel and I would love you to come and join me. Please visit the channel - www.youtube.com/@MegSummersMusic

Permission to use your video in my school project

The 4 electrons on Oxygen could have been divided on both sides thus creating a balance on both side and 180 deg structure but all 4 electrons are on one side. why so?

I would think the lone pair would be on opposite sides.

why did i get emotional watching water molecules

don't make me cry with that music🤣, great video tho

Explains everything perfectly

Nice

Love the music ❤❤

धन्यवाद सर पाण्याचा रेणू प्रभारीत का असतो याच छान स्पष्टीकरण दिलात

Up to this point, much of what we've learned from pictures and diagrams in our chemistry studies has been presented in two dimensions (2D). However, it's essential to remember that these visuals are simplifications, often offering a basic 2D representation, which doesn't capture the full complexity of three-dimensional (3D) reality. As you progress in your chemistry studies, it becomes crucial to visualize how electrons interact and consider electron clouds and density, as these factors significantly influence the shape of molecules. It's important to note that the simple straight-line bonds you often see in 2D representations, like those in a water molecule, don't exist in reality. So you must use your imagination to visualize how the forces work. One helpful analogy is to think of forces that repel or attract two magnets

Perfect man ..thanks ❣️

Thankyou so much sir, for better understanding about how water molecule got its shape ... I think my exams goes well this time..

Thank you 🎉🎉🎉🎉🎉 so much

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Well done!

love the song so calming

It was easily understandable unlike the other videos. I appreciate the hardwork and effort you put into this! It helped me alot for my exam preperation. Thankyou, you are a life saver!

really good video jaajaj same from a test.

i have a doubt here but its clear now, thanks for good explanation with this amazing animation👍

I was waiting for the wedding to start while listening to that music.

Good ❤❤❤

Great 👍❤

Water molecules are made of 1Hydrogen atom and 2 Oxygen atoms always has and always will be regards Graham Flowers

Very beautifully explained. Please make more videos

You still didnt answer the question as to why the water molecule is polarized due to the magnetic attraction and repulsion of the electron placement and the proton placement. When you showed the example of a nucleus with two e- bonds, the e- were 180 deg apart because the negative repulsion of the e- to the other e- is felt equally. So why does the P+ of the hydrogens bonding to the Oxygen not place the Hydrogens 180 deg away from each other if there are (2) e- pairs and (2) hydrogen bonds? 360deg divided by 2 equal forces of (+) and (-) of (2) electron pairs and (2) protons from the Hydrogens, each repelling force would be at its' maximum arc distance from its repellent charge. IE: The (2) electron bonds would be at N and S of the Oxygen and the (2) Hydrogen bonds would be at E and W of the Oxygen. Since the Oxygen has a stronger force to attract the e- to it, then the center would be more (-) and the outer would be more (+), but it the charges would still be in balance with no polarity of the water molecule. What is the reason for this unbalanced distribution of charge because these charges should be at 90 degs of each other and 180 degrees from their same charge, but they're not. The (+) charges are 104.45deg away from each other, not 180deg for a balancing of the magnetic forces. You show the (2) H+ bonding to the Oxygen at 90 deg from each other and then their + repulsion pushes them away but the (-) of the e- pushes back creating the 104.45 deg arch. But you dont explain why the H+ would bond 90 deg from each other instead of 180deg from each other to the Oxygen. Because in a full valence shell, the e- distribution is 90 degree from each electron. So when H+ comes to bond with the Oxygen molecule, the e- to bond with would be 90 degree from the other e- and the 2nd H+ would bond as far from the 1st hydrogen, which would be 180 deg away at 1:32. What causes the uneven (-) electron and (+) proton distribution you show at when the image changes from 1:32 to 1:33?

Thank u very much this was very clear and interesting

Great animation 👌👌👌🙏

Thank you!

Well explained👍🏻👌👍🏻👍🏻

i enjoyed the vid thank you

Thank you 💓

I don't understand 😅😅🙄🙄😭😭

teached good and I learn it easily

Too good👏👏👏👏👏👏👏👏👏👏

very nice

Nice

Super helpful and easy to understand!!!

This videos is intended for high school general chemistry level. The 2d animation cannot fully explain how electrons are placed around an atom in a 3d space. The video illustrates the following point - A water molecule is made of 1 oxygen atom and 2 hydrogen atoms. The bonds are covalent, it means the electrons are shared. However, oxygen is more electronegative than hydrogen, it attracts the electrons closer to itself. So covalent bonds are formed, the electrons are shared but just not equally. This causes a polarity to form - a slightly negative charge around the oxygen atom where the electrons hang out more often and positive charge around the hydrogen atom. The bent shape is due to the pair of lone electrons repulsing each other and pushing the hydrogen atoms closer to each other. That's all the video is meant to illustrate for those who are completely new to this concept.

Electrons are all negatively charged. Like two south sides of magnets, like charges repel each other. They are attracted to the positively-charged protons in the nucleus, and rely on energy to orbit the nucleus rather than just “fall in.” It takes more energy to be farther away from the nucleus, so generally electrons are as close as practical. This attraction and repulsion combination means that electrons generally stay as far away from each other as they can, so long as they still have the energy to be in those places. Have you covered electron cconfiguration yet? If not, look it up if you are confused. Oxygen is very electronegative - it wants to gain electrons to have a negative charge. This is because it only needs 2 electrons to have an electron configuration which resembles a noble gas, neon, which is more stable (less able to be changed) than a neutral oxygen atom. Hydrogen prefers to give up an electron, to just have a nucleus without electrons around it. As a result, each hydrogen in water (H2O) gives an electron to the oxygen atom, meaning each hydrogen atom has 0 electrons, and the oxygen atoms has (6 initial + 2 from hydrogens =) 8 electrons in it's valence (outermost) level of electrons. Electrons tend to pair up into “up” and “down” electrons because of some quantum chemistry called the Schrödinger Equation. These pairs occupy different levels (rows), orbitals (s, p, d, f, etc), and sub-orbitals (p1/2, for example) which provide unique solutions to the Schrödinger Equation. It turns out that the valence level of oxygen has room for 4 pairs of electrons in the s and p orbitals - and this is the key. If you have a flat piece of paper, and I asked you to draw four lines from a point so that the lines were as far apart from each other as possible, what would the angle between the points be? Now imagine in 3D I asked you to do the same thing. It wouldn't be the same (spoiler:) 90 degrees, because that would just be in a single plane - you can separate them further by moving them around and creating a tetrahedron (a triangle-bottomed pyramid). What are the angles of a tetrahedron? A 180° water would only have the lone pairs around the “belt” of the oxygen - 90 degrees away from the hydrogens, and therefore less separated than a tetrahedron. As one of the other authors aluded, it isn't a perfect tetrahedron. That's because you have two different things around the oxygen - lone pairs of electrons and hydrogen atoms take up different spaces and have different repulsions. By contrast, the tetrahedral methane (CH4) with perfect tetrahedral symmetry does perfectly match the angles of a tetrahedron.

red or blue litmus paper kis water me dala hai simple water me na

thankx

I needed to find this out for one of my science classes, so the vid was really helpful.