Added: 5 years ago
From: SamuelHammer
Views: 62,768
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  • took my chemics teacher weeks...

  • great music!!!

  • very benneficial

  • very good - esp the point about how the angles btwn H and O atoms can vary and how the length of H bonds btwn H2O molecules can be short or long = I'm going to recommend this to my class - ;D

  • I SAW THAT FACE!

  • I'd like to hear this music with real vibes and cellos.

  • Awesome video! This relates all my information that i already have. The weak bonds between two molecules also explain why water is liquid and also why it evaporates even when temperature is very low -- as some energy heat or light falls on water their weak bonds break and the water molecule is then not bound(or "bonded") to any other water molecule so it evaporates.

    Thumbs for this gr8 video and keep up the good work

    and please if possible explain electrolysis of water in similar manner.

    Thanx

  • if my teacher could use video like this to teach me when i was in high school, i would've paid alot more attention to the class.

  • AS 275 absolutely rocks!

  • Awesome collaboration! Seems like you and Ben have a great covalent bond!

  • Comment removed

  • Gratz dude, that really was awesome!

    Really good job!

    Thumbs up for ya!

  • informative vidio!

  • Great creative imagination, Sam! My favorite part was the electron cloud smiley face. This is one of those things that has you learn and not realize it.

  • As always Sam, you make botany and science fun and provide practical understanding. I dig the tripy covalent music.

  • actually, hydrogen atoms form a noncovalent bond with oxygen atoms.

  • Actually water is dipolar molecule

  • Oh Sam! :-) Thanks for this!

  • This is fun to watch. A very interesting format for presenting the subject matter!

  • thanks alot mate. good video

  • Nice! Very useful! Thank you.

  • Great use of triplets and  hosue/chill vibe ...

    Il ike the music for ATP also!!!

  • Great vid..thanks..:)

  • Great video, very informative.

  • thanks for the vid

  • i like how for about six seconds, the H2O is jumping/dancing.

  • great thank u

  • We alll know hydrolosis breaks the bonds but what is the most efficient way to break the bond to get the Hydrogen out? And is there other ways to break the bonds to get the hydrogen out? Great vid an some very useful info. I am also looking into cavitation so any info you have on this would be very greatful. Thanks

  • i can think of two possibilitys

    1. find a catalyst that splits water under huge heat

    2. find catalyst that first makes an organic material and O2 from H2O and CO2 and then split the H2 out of the organic material

  • would you be able to somehow also show how the structures and the bonds react when for instance, table-salt is added into water? what kind of structures do they form in response to the +/- in sodium and chloride(sorry if i got that wrong)? would be great to see!!

  • thanks, i'm working on a video like that right now.

    sam

  • Great explanation of electrostatic bonds. It would be cool to see a more indepth look at covalent bonding. I'm going to show this to my son to explain boiling.

  • Glad you liked it. I made the video to show my college sudents (non-majors) how water "works."

  • @SamuelHammer

    the hydrogen bond is a bond of 3 atoms in line!

    I haven't seen it in the video. the animation thought is nice.

    The dots of the smile are not electrons they are the possible location of an electron, it should be so.

    I would recommend to show this video when the students already know the material and ask them to find flows in what they have seen.

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