The oxide is ionic if there is charge transfer from one atom to another, i.e. when the
electronegativity difference is large between O and the other element. This is the case for metals
like Mg and Li.
The oxide is molecular if the atoms share electrons equally, i.e. when the electronegativity
difference is small between O and the other element. This is the case for the nonmetals like S, P,
N and Xe.
Solution
The oxide is ionic if there is charge transfer from one atom to another, i.e. when the
electronegativity difference is large between O and the other element. This is the case for metals
like Mg and Li.
The oxide is molecular if the atoms share electrons equally, i.e. when the electronegativity
difference is small between O and the other element. This is the case for the nonmetals like S, P,
N and Xe..
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The oxide is ionic if there is charge transfer from one atom to anot.pdf
1. The oxide is ionic if there is charge transfer from one atom to another, i.e. when the
electronegativity difference is large between O and the other element. This is the case for metals
like Mg and Li.
The oxide is molecular if the atoms share electrons equally, i.e. when the electronegativity
difference is small between O and the other element. This is the case for the nonmetals like S, P,
N and Xe.
Solution
The oxide is ionic if there is charge transfer from one atom to another, i.e. when the
electronegativity difference is large between O and the other element. This is the case for metals
like Mg and Li.
The oxide is molecular if the atoms share electrons equally, i.e. when the electronegativity
difference is small between O and the other element. This is the case for the nonmetals like S, P,
N and Xe.
