hydrogen bonding and ion-dipole
Explanation:
The intermolecular forces the particles of fluoride experiences is an ion-dipole bond, between the water molecules, there are hydrogen bonds.
- An ion-dipole bond is an attractive force between an ion and a polar molecule.
- The fluoride is the anion that is attracted by the positive end of water molecules.
- Water is a polar compound.
- Between the water molecule, there is presence of hydrogen bonds.
- Hydrogen bonds are special dipole - dipole attraction between polar molecules joined to a highly electronegative atom.
- The electrostatic attraction between the hydrogen atom of one molecule and the electronegative atom of a neighboring molecule forms the hydrogen bond.
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Hydrogen bond brainly.com/question/10602513
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Answer
% of C in C2H6= (2×12)/30×100=80%
% of H in C2H6= (3×2)/30×100=20%
Explanation:
2C+3H2-C2H6
nC=12, nH=1, nC2H6=30
2moles of C-1mole of C2H6
3moles of H-1 mole of C2H6
% of C in C2H6= (2×12)/30×100=80%
% of H in C2H6= (3×2)/30×100=20%