@kano1957 The tutorial is correct. The balloons do not represent atoms; the two white balloons in the H2O model represent the two pairs of non-bonding electrons. This is because H2O has 8 valence electrons (2x1 for H + 6 for O). Four of those electrons are used to create bonds (red) with hydrogen, and the remaining four (represented by white balloons) stick onto the oxygen atom. Indeed, they repel the electrons in the bonding pairs to form a bent structure of approximately 104 degrees in angle.
This is shit .. This doesn't explain any Quantum Mechanical Phenomenon in chemical bonding. This is a classical explantion .. Everyone know this shit ..
Cannot Understand pls post another
AkhilsaiNo1 4 months ago
???????
gat3way1 1 year ago
what an idea sirji.... bullshit....do u think we are kids to play with balloons
MegaBlablablaaaaaaaa 1 year ago
or u can use clay...
tasatful 1 year ago
@tasatful and toothpicks!
bingt215 10 months ago
@tasatful ...and toothpicks!
bingt215 10 months ago
@tasatful :...and toothpicks!
bingt215 10 months ago
This has been flagged as spam show
Respond to this video...and toothpicks!
bingt215 10 months ago
Uh, Oxygen has two atoms? It's a diatomic molecule, that is it is most stable, and appears as a diatomic molecule in nature....
Xxd3cayxX 1 year ago
Comment removed
kano1957 1 year ago
Several Errors in this tutorial. First oxygen has one oxygen atom not two.
kano1957 1 year ago
@kano1957 The tutorial is correct. The balloons do not represent atoms; the two white balloons in the H2O model represent the two pairs of non-bonding electrons. This is because H2O has 8 valence electrons (2x1 for H + 6 for O). Four of those electrons are used to create bonds (red) with hydrogen, and the remaining four (represented by white balloons) stick onto the oxygen atom. Indeed, they repel the electrons in the bonding pairs to form a bent structure of approximately 104 degrees in angle.
wyvernxxx 1 year ago
@wyvernxxx I am maybe mistaken. Thanks for the information /Carry
kano1957 1 year ago
I don't want to use balloons.They're too big.
globbo100 2 years ago
This has been flagged as spam show
shit shit shit...
aceden7 2 years ago
LOL
lougeeiam 2 years ago
really shit
zartasha099 3 years ago
not technical
rizi416 3 years ago
very intersting topic
rizi416 3 years ago
This is shit .. This doesn't explain any Quantum Mechanical Phenomenon in chemical bonding. This is a classical explantion .. Everyone know this shit ..
vishnusiva007 3 years ago
yes you are right
rizi416 3 years ago
wtf
yerised 3 years ago
shit ?????
rellik619555 3 years ago
WHAT THE HELL!!!!!!!!!!!!!! SHIT MAN
fddfdd99 3 years ago