@wacky.science

CORRECTION 1: at, 10:36 it should say: 1 mol = 6.022 * 10^23 (not 10^-23)!

CORRECTION 2: 04:20 Generally, salts are formed when acids and bases neutralize. Metals and Nonmetals forming a salt is one possible option, not the general rule.

Thanks to the attentive commenters for pointing it out!

For people asking about Organic Chemistry…I decided not to include it in this video, as the topic is way too big and deserves a video of its own.

…soon, perhaps

@bluetube767

2 types of teaching:

1. 17th centuries style
2. This guy

@one-iron

Doing my PhD in chemistry... while watching this video the last 10 years of studying came to mind in time-lapse

@Tanu_Sreenath

the "period" at 1:16 had me of guard

@redilp

This dude just explained 2 years of chemistry classes in 19 minutes, FOR FREE

@Nighthawkinlight

Agh. This gave me such horrible flashbacks. I love chemistry, but the schoolish presentation of concepts without practical application gives me a knot of anxiety in my stomach even now. This is an excellent video, honestly, but I wish we taught chemistry differently. Get people in love the practical application of it, and then learn the otherwise intangible concepts as doing so becomes necessary to further the application.

@MegaSquiff

An old guy here…I need to watch this thing a couple of dozen more times, and probably turn the speed down. Someone noted you are quite young…your parents must be proud of you. A big thanks and subscribed.

@JellyCider

I love how half of it is the same from the physics video. Shows how they are interconnected.

@RishiRicH69

Those who are watching in 2x are cooked 💀

@consuelovalk1507

Not me watching this video hoping to pass a chemistry exam that I didn't study for

@DarkGamerA

i am 20 year old in college and all your videos revised everything important i learnt in school after 15 years ,, thank you so much , cant believe u are only 18 and so smart and well spoken, i wish i had your skills

@GuacIsExtra99

I have a chemistry final in 21 minutes this is perfect

@VrayCat

1. *Charm and Strange Quarks:*
	•	Imagine you have two special friends: one always seems to have a charming personality, 🤩while the other is a bit strange but interesting. 😜 That’s like Charm and Strange quarks.
	•	Charm and Strange quarks are types of elementary particles that are part of the building blocks of protons and neutrons. They’re like the unique characters in the story of particle physics.

[These Quarks are important because they contribute to the diversity and stability of matter, influencing how particles interact and form larger structures.]

2. *Gluon:*
	•	Picture a group of friends holding hands tightly, not wanting to let go. That’s like Gluons.
	•	Gluons are particles that “glue” quarks together inside protons, neutrons, and other particles. They’re like the strong bonds that hold everything together. 🤝⚛️

[Gluons are important because they mediate the strong force, one of the four fundamental forces of nature. Understanding gluons helps us grasp the dynamics of nuclear interactions and the stability of matter.]

3. *Hadron:*
	•	Think of a big family gathering with lots of relatives, all coming together to celebrate. That’s like a Hadron. 👨‍👩‍👧‍👦⚛️
	•	Hadrons are composite particles made up of quarks, such as protons and neutrons. They’re like the extended family of the particle world, formed by combining smaller building blocks.

[Hadrons are important because they constitute the majority of visible matter in the universe. They’re crucial for understanding the structure of atomic nuclei and the behavior of matter under extreme conditions.]

4. *Lepton:*
	•	Imagine a group of graceful dancers, each moving elegantly and independently. That’s like Leptons. 👯‍♀️⚛️
	•	Leptons are a family of elementary particles that includes the electron, muon, and tau, among others. They’re like the solo performers in the particle dance, each with its own unique characteristics.

[Leptons are important because they don’t experience the strong nuclear force, making them useful for studying fundamental interactions and particle decays.]

5. *Muon and Tau:*
	•	Think of Muons and Taus as the “heavier” 🏋️‍♂️⚛️ cousins of the electron, each with its own distinctive personality. Muons are like the cool, laid-back cousin 😎, while Taus are the more mysterious and enigmatic ones 🥸. 
	•	Muons and Taus are types of Leptons, similar to electrons but with different masses. They’re like the siblings of the electron family, adding diversity to the particle lineup.

[Muons and Taus are important because they provide valuable insights into particle physics and high-energy phenomena, such as cosmic ray showers and neutrino interactions.]

In summary, Charm, Strange, Gluon, Hadron, Lepton, Muon, and Tau are all important particles in the realm of particle physics and chemistry. 🧪⚛️ Each contributes to our understanding of the fundamental forces and building blocks of the universe, playing essential roles in the structure and behavior of matter at the subatomic level.

(MORE IN THE COMMENTS 👀)

@LeZylox

I've never had the honour to learn this in school because of our classist education system, thank for bringing education to the interested underprivileged! :)

@treebrown7409

i love you. i’ve learned more from this 19 minute video than i did in 5 months in my chem class

@Anaoa_Official

Perfect timing! I have exams of chemistry coming up

@queenmanu9690

Bro revised my highschool chemistry in 19 minutes ☠️

@ObscurityUchiha

If you blink, you misses one topic.💀

@四方八方

This guy deserves more views!!!

@Chemiolis

13:43 ''All acid-base chemistry takes places in water'' is wrong, often it does, but a lot of the time acid-base reactions don't involve water at all. We can still react an acid and base without involving water by just putting them together directly. Just imagine the reaction of solid sodium hydroxide and gaseous hydrogen chloride. Water is just a medium that can facilitate these reactions, as can other solvents.