Heisenberg's Uncertainty Principle Explained & Simplified - Position & Momentum - Chemistry Problems

This chemistry video tutorial explains the concept of heisenberg's uncertainty principle in a simplified way. His principle applies mostly for small particles and events. As the uncertainty in the position of a particle increases, the uncertainty in momentum decreases. This video contains some math practice problems that illustrate Heisenberg's uncertainty principle.

Atomic Theory - Formula Sheet:

Speed of Light, Frequency, Wavelength:

Photon Energy:

The Photoelectric Effect:

De Broglie Wavelength:

The Bohr Model of Hydrogen:

Heisenberg's Uncertainty Principle:

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Intro to Quantum Numbers:

Orbitals & Atomic Energy Levels:

Maximum Number of Electrons:

Intro to Electron Configuration:

Electron Configuration Exceptions:

Noble Gas Notation:

Electron Configuration of Ions:

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Orbital Diagrams:

Paired & Unpaired Electrons:

Aufbau's Principle & Hund's Rule:

Paramagnetic & Diamagnetic Elements:

Valence Electrons & Periodic Table:

Effective Nuclear Charge:

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Slater's Rule:

How To Identify The Element:

Quantum Numbers - Mega Review:

Quantum Numbers - Practice Test:

Final Exams and Video Playlists:

Full-Length Videos and Worksheets:

[maitahxonamibia]

I'm just happy this person exists, a shoutout from Namibia may I graduate in a few years these things are stealing my smile.

[nimritpreetsingh]

Most helpful educational youtube channel. Good job

[Christos]

Very nice video! Congrats! That’s the simplest explanation to Heisenberg’s uncertainty principle I’ve seen!

[MrRANDUM]

My university's chemistry department is absolute garbage...

[joyvanla]

Thanks so much! Saving me the night before a exam.

[MoshkitaTheCat]

This was so simple and so easily digestible. Thank you very much for your hard work.

[alexanderkrizel]

Thanks so much for taking the time to make these videos.

[pauldevan]

Layman's terms for looking at the uncertainty principle would be very simple using no mathematical equations....

If I had an object that was moving through space and I wanted to know its exact exact exact exact exact position. I would need to stop the object to obtain this information and it would have no velocity at that point.
Also on the other hand if I really wanted to know the velocity of an object in the study its momentum it would not have an exact exact exact exact position because it would be in motion.
Heisenberg's showed this how it would work out mathematically but for someone that doesn't want to do the math for understand it that's basically sums it up.

[fega]

Taught this better than my lecturer. 😊😊

[NormenSojini-vygc]

U are the best... Instead of going to lectures, I just check the course outline... The I search the And when u teach it doesn't require going back again

[charmendro]

I’m curious how this is applied to harder problems

[dogedude]

such a simplified explanation.Very easy to understand.Thank you so much🙏

[dalinarkholin]

I think it'd be more simple to memorize it as Walter White's Uncertainty Principle..😁✌🏻

[lunchmind]

Even tough the math gets away from me, it does prove to me the truth of the uncertainty principle. Thank you very much for this video .I'll watch it again.

[romanemul]

preview pic looks like ps4 cheat sheet

[Kajetanpsikuta]

JESSE. We gotta learn physics jesse.
Yeah mistah white. Yeah PHYSICS

[mitalilohar]

Thank you so much for such an easy and convenient explaination...

Can we have a face reveal video???...pls ...

[mariaelguelay]

there are no words to describe how helpful and stickable to memory your simplifying abbilities are !!!

[Alqahqah]

When theorganicchemistrytutor became heisenberg🤠

[Texnoable]

“Yeah, Mr. White! You Really Do Have A Plan! Yeah, Science!”