The four major attractive forces between particles are ionic bonds, dipole-dipole attractions, hydrogen bonds, and dispersion fo rces. Consider the compounds below, and classify each by its predominant attractive or intermolecular force among atoms or molecules of the same type.
2 answers:
Answer:
ionic bonds.
dispersion forces.
dipole-dipole attractions.
hydrogen bonds
Explanation:
is formed between ions and which makes it an ionic compound having ionic bonding between it's atoms.
is a covalent non-polar molecule with only week dispersion forces caused by temporary dipoles in the binary molecule.
is a covalent polar molecule with permanent dipoles Hδ+ and Clδ-.
consists of both Hydrogen and Fluoride
Answer:
NaCl: ionic, HF: hydrogen bond, HCl: dipole dipole , F2: dispersion force
Explanation:
complete question is:
The four major attractive forces between particles are ionic bonds, dipole-dipole attractions, hydrogen bonds, and dispersion forces. Consider the compounds below, and classify each by its predominant attractive or intermolecular force among atoms or molecules of the same type.Identify each of the following ( NaCl, HF, HCl, F2) as Ionic, H Bonding, Dipole or Dispersion.
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Answer:
The iron is in the +3 oxidation state, which is what the III means.
Answer:
The concentrations are :
The pH of the solution is 3.15.
Explanation:
Initial
c 0 0
Equilibrium
c-x x x
Solving for x:
x = 0.000702 M
Initially
x 0 0
At equilibrium ;
(x - y) y y
Putting value of x = 0.000702 M
Total concentration of
The pH of the solution :
Answer:
16
Explanation:
Protons have a positive net charge,
Neutrons being neutral don't have a net charge.
Each proton is one extra net charge if you have 16 of them and the neutrons don't affect your net charge you will have 16.