Trends in the Periodic Table — Reactivity!

In this short series, we look at what makes certain elements really reactive and others just...not. In this video (Part 1 of 2), we take a look at metals, while Part 2 will focus on halogens!

[elgatoconbotas]

the animations are AAMAZING AND EXPLAIN PERFECT

[billyyang]

Good explanation. Another reason why electrons are further away from the nucleus is because of the greater energy levels and electron shielding.

[e-lectron]

bruh this video's better than any other video, there's some funny jokes and the explanation is quite comprehensible, ill sub

[SunandaHansda]

I have never learnt this much frm any other utube channel... This channel is really very easy to understand.

[andreamichellegrandemejia]

Great video I'm watching u from Honduras, GREAT EXPLAINATION, Thanks!

[stephanieputri]

the animation is highly appreciated, thank you 😊🤍

[Cheesy_Lia]

This helped me a lot thanks




P.S. this dude sounds like a mix of Spifey and Wilbur Soot

[Aradomdude]

Your explanation was so so helpful. If you were peoples teacher everyone would be getting a+!

[fridaee]

Wow this is so underrated, keep up the outstanding work!!!!

[bemnatdemisse]

Many thanks for the lovely presentation

[mayadamusa]

Your explanation is very helpful and good

[BRuvStAsT]

great lesson and animation, but why did those examples of the elements remind me of the movie divergent?

[bachawakgari]

I'm really love you're method 😮 thanks keep it up❤❤❤

[fahmymn]

Your explanation is excellent and very helpful

[amachi_x]

thank you. that was really helpful actually

[carabelter]

What about Fr, wouldn't it be the most reactive of the alkali metals? genuine question.

[richo]

Please make SCRIPT available for disadvantaged students!

[jacobvandijk]

You "ONLY" left out 92 other elements in the table! :-(

[bamgyuuuu]

Why didn't he tell about other groups?
It's just stupid