Is Pf3 Ionic Or Covalent
Is Pf3 Ionic Or Covalent
Is PF3 polar or ionic harmony ???????????????? ۔
The book says the answer is polarly consistent, but I'll stay ionic!
DE to P is 2.1.
FR to F is 4.0.
4.0 2.1 = 1.9.
1.9 Greater than 1.7, which means ionic ...
But I know it's not because these 2 are non-metals
But why is it in the book?
It depends on the shape of the molecule. Vector comes into play. You have 3 fluorines drawing a PK.
As an example. Carbon dioxide
O = C = O and they got stuck in the plane there.
But O = 3.5 and C = 2.5 ... 1 is charged ...
PF3 will be the same except for the triangle.
A compound is an ion if it consists of metallic and non-metallic elements. It is compatible when it comes to two non-metals. For example, NaCl contains metals (Na, sodium) and non-metals (Cl, chlorine), so it is ionic. Help for example!
Is Pf3 Ionic Or Covalent
Is Pf3 Ionic Or Covalent
Is PF3 polar or ionic covalent ??????????????? 3
The book says that the answer is polar harmony, but I will remain ionic!
DE to P is 2.1.
FR to F is 4.0.
4.0 2.1 = 1.9
1.9 greater than 1.7, which means ionic ...
But I know it's not because there are 2 non-ferrous metals
But why is it in the book?
It depends on the shape of the molecule. Vector comes into play. You have 3 floors that P is drawing. Rules (perhaps triangles) in different directions neutralize each other.
As an example. Carbon dioxide
O = C = O and they got stuck in that ship right there.
But O = 3.5 and C = 2.5 ... 1 has a charge ... but since the voltage is the same in both directions, the charge ends in z.
PF3 will be the same except for the triangle shape.
A compound is an ion if it consists of metallic and non-metallic elements. When it comes to two non-metals, it's harmony. For example, NaCl contains metals (Na, sodium) and non-metals (Cl, chlorine), so it is ionic. Help for example!
