Question

Which one of the following is the correct order of
interactions?
(a) covalent < hydrogen bonding < van der Waals < dipoledipole
(b) van der Waals < hydrogen bonding < dipole-dipole
< covalent
(c) van der Waals < dipole-dipole < hydrogen bonding
< covalent
(d) dipole-dipole < van der Waals < hydrogen bonding
< covalent

Answer 1

van der Waals < dipole-dipole < hydrogen bonding < covalent is the correct sequence.

Explanation:

• The covalent bond is the strongest of the 4 bonds.

• Covalent bond is formed by complete sharing of electrons between two atoms.

• The hydrogen bond is the next strongest bond.

• It is formed between the hydrogen attached with one atom of oxygen, or fluorine, or chlorine and another atom of the same category.

• The next in the list is the dipole dipole interaction.

• This is an intermolecular force of attraction between the positive and negative part of a dipole molecule.

• The next and the weakest among the list is the van der Waal's force of attraction.

• This is the mere gravitational pull between the molecules, hence is so small.

For more information about molecular forces,

https://brainly.in/question/11987538

When the following bond types are listed in decreasing order of strength (strongest first) . which is the correct order?

a. covalent > hydrogen > vander Waals

b. covalent > vander Waals > hydrogen

c. hydrogen > covalent > vander Waals

d. vander Waals > hydrogen > covalent

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Which types of chemical bonds are present between all these atoms

Answer 2

Answer:

Which one of the following is the correct order of

interactions?

(a) covalent < hydrogen bonding < van der Waals < dipoledipole

(b) van der Waals < hydrogen bonding < dipole-dipole

< covalent

(c) van der Waals < dipole-dipole < hydrogen bonding

< covalent

(d) dipole-dipole < van der Waals < hydrogen bonding

< covalent✔️