Question

Can someone check my answers? Identify the structure as having hydrogen bonding, dipole-dipole moments or London dispersion forces (LDF).
H2O
NH3, CH4, and CO2

Answer 1

I just need that some one check my answers?
Bonding: Hydrogen bonding (the strongest force), dipole-dipole, and london dispersion
Bonding: Hydrogen bonding (the strongest force), dipole-dipole, and london dispersion
London dispersion (the strongest force)
Dipole-dipole (the strongest force), london dispersion

Answer 2

i believe that the ch4 is Hbonding, H2ONH3 is dipole-dipole because of the bonds on the oxygen and the LDF is co2

Answer 3

so my answers are right

Answer 4

?

Answer 5

really i'm not sure what you're trying to say in that second part. the first 2 lines are the same and the other ones are just liek that.....what do you think the answer is?

Answer 6

H2O: London dispersion, Hydrogen bonding, dipole-dipole
NH3 London dispersion, dipole-dipole, hydrogen bonding
CH4 London dispersion
CO2 London dispersion, dipole-dipole

Answer 7

oh h2o and nh3 are not the same atom? no comma in the top part i thought they were the same. H2O is hydrogen bonding

Answer 8

only hydrogen bonding?

Answer 9

yes, each molecule only has one kind of bonding. they aren't a mix of them

Answer 10

oh so what about the other three? :/

Answer 11

NH3 is hydrogen bonding and the other two are up there.

Answer 12

but there can't be a mix so co2 is not both Dipole-dipole and, london dispersion ??

Answer 13

well, i'm not sure about that i think CO2 would just be LDF because the dipole dipole are for more polar compounds. i am thinking the answer are h20 - Hbonding - CH4 LDF CO2 -Ldf and nh3 - H

Answer 14

alright thank a lot :)