I really like your study method you remind me of my first college chem 1 teacher you teach in the same way. So far I've been saving many of your videos there really helpful. Wish you the best of success.
Omg thank you so much for explaining this I was so confused on how to identify each type of solid and this simple explanation really helped me! Thank you so much!!
under normal tempreature and pressure conditions, of course h2 is a gas indeed but here, i think we are talking about h2 gases' solid form, that we get by decreasing the tempreature and increasing pressure conditions and solidifying h2.
I've been looking how to know the difference between molecular and network covalent! Thank you!! I've an exam tomorrow and this really helped.
Please just don't stop making these type of videos. It really helped alott!!💫
I could listen to your voice all day, great video! very helpful.
Really helpful! Thanks a load!
I really like your study method you remind me of my first college chem 1 teacher you teach in the same way. So far I've been saving many of your videos there really helpful. Wish you the best of success.
Omg thank you so much for explaining this I was so confused on how to identify each type of solid and this simple explanation really helped me! Thank you so much!!
saving chem lives over here thank u brother
That sums it up so well
Thank you!
Thank to make this wonderful video
What a great video!! I was really help by your succinct explanation! Thank you!
Kudos to you for being a helping hand!!!!!
Super helpful video!! Thank you so much :D
thank you big help
Thankyou so much
Thankyou so much for the amazing video.
Thank you for this helpful video
Thank you so much for this video, really cleared things up
this was so helpful thank you!
helped me alot thank you!
Omg, thank you so much!
Where do you get that Si, Ge, As, Te are not metasl? Every periodic table I look at says otherwise.
Those are metalloids,which have the property of both metals and non metal
The voice reminds me of the safety tutorial you hear before taking off on a plane, lol
only works if you put it on 1.25 speed
Tysmmmm
MASSIVE W VIDEO
ty so much bro my chem teacher is just the volley ball coach lmao
bless u :)
damn super useful, thanks
h2 is molecular covalent solid? It is a gas isn't it?
under normal tempreature and pressure conditions, of course h2 is a gas indeed but here, i think we are talking about h2 gases' solid form, that we get by decreasing the tempreature and increasing pressure conditions and solidifying h2.
Spent 2 days stuck on this first step, finally found this video and suddenly it all makes sense, thank you!