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Polar and Non-Polar molecules/ Hydrogen Bonding?

What types of bonding are these?

  • 1. Between atoms of hydrogen and oxygen in H2O 2. Between molecules of water 3. Between atoms of bromine in a bromine molecule 4. Between molecules of bromine 5. Between ions of sodium and chlorine in sodium chloride 6. Between molecules of fluormethane Word bank is - Ionic, polar covalent, nonpolar covalent, dipole-dipole, hydrogen bonding, dispersion forces.

  • Answer:

    1. Hydrogen 2. Polar Covalent 3. 4. 5.Ionic 6. Not sure about the rest and dont wanna mess you up

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1. Hydrogen 2. Polar Covalent 3. 4. 5.Ionic 6. Not sure about the rest and dont wanna mess you up

1. Polar Covalent 2. Dipole- Dipole 3. non polar Covalent 4. Dispersion Forces 5. ionic 6. hydrogen Hydrogen, Dipole-Dipole, and London Dispersion Forces can only occur between molecules, thus named intermolecular forces. Covalent and ionic occur between atoms, ionic being a nonmetal (leading) and metal, covalent being 2 gases, polar meaning the molecule's atoms have a greater than .4 and less than 1.61 electronegativity (water does!) and the shape of the bonds are not congruent (can't think of the right word). Water is bent, and it has an electronegativity difference which allows it to be polar. Atoms of bromine in a bromine molecule have an electronegativity difference of zero (if bromiens electronegativity is 3.7 (example) then 3.7 - 3.7 = 0) so it can't be polar.

1. Polar Covalent 2. Dipole- Dipole 3. non polar Covalent 4. Dispersion Forces 5. ionic 6. hydrogen Hydrogen, Dipole-Dipole, and London Dispersion Forces can only occur between molecules, thus named intermolecular forces. Covalent and ionic occur between atoms, ionic being a nonmetal (leading) and metal, covalent being 2 gases, polar meaning the molecule's atoms have a greater than .4 and less than 1.61 electronegativity (water does!) and the shape of the bonds are not congruent (can't think of the right word). Water is bent, and it has an electronegativity difference which allows it to be polar. Atoms of bromine in a bromine molecule have an electronegativity difference of zero (if bromiens electronegativity is 3.7 (example) then 3.7 - 3.7 = 0) so it can't be polar.

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