r the water molecule, what kind of bonding is happening between the two hydrogen atoms.

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Question 3
For the water molecule, what kind of bonding is happening between the two hydrogen atoms.
O lonic bonding.
van der Waals bonding.
O There is no bonding between the hydrogen atoms. Each hydrogen atom is separately bonded to the same
oxygen atom.
Covalent bonding.
Transcribed Image Text:Question 3 For the water molecule, what kind of bonding is happening between the two hydrogen atoms. O lonic bonding. van der Waals bonding. O There is no bonding between the hydrogen atoms. Each hydrogen atom is separately bonded to the same oxygen atom. Covalent bonding.
Question 1
A parameter labeled n is called the repulsion parameter. It appears in the potential energy term
describing the repulsion between nearest neighbor ions. How is n described by the book to be
determined for a particular pair of ions?
O It's determined experimentally.
O It's determined by Coulomb's Law.
O It's determined by Pauli Exclusion Principle.
Transcribed Image Text:Question 1 A parameter labeled n is called the repulsion parameter. It appears in the potential energy term describing the repulsion between nearest neighbor ions. How is n described by the book to be determined for a particular pair of ions? O It's determined experimentally. O It's determined by Coulomb's Law. O It's determined by Pauli Exclusion Principle.
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