The hybridisation state of the central atom in AlF3 issp3dsp3sp2Not present
Question
The hybridisation state of the central atom in AlF3 issp3dsp3sp2Not present
Solution
To determine the hybridization state of the central atom in AlF3, we need to consider the number of electron groups around the central atom.
In AlF3, aluminum (Al) is the central atom and it is bonded to three fluorine (F) atoms.
First, we count the number of electron groups around the central atom. Each bond and lone pair of electrons count as one electron group.
In this case, there are three bonds between Al and F, so we have three electron groups.
Next, we determine the hybridization state based on the number of electron groups.
If there are three electron groups, the hybridization state can be either sp2 or dsp2.
However, in the case of AlF3, the central atom Al is in the +3 oxidation state, which means it has an empty d orbital available for hybridization.
Therefore, the hybridization state of the central atom in AlF3 is dsp3.
Similar Questions
The state of hybridization of the central atom is not the same as in the others :A B in BF3 B O in H3O+ C N in NH3 D P in PCl3
In which one of the following pairs the central atoms exhibit sp2sp2 hybridization ?JEE Main 2024 (09 Apr Shift 1)AH2OH2O and NO2NO2BBF3 and NO−2BF3 and NO2−CNH−2NH2− and H2OH2ODNH−2NH2− and BF3
The hybridisation of the central atom in PCl5 is :A sp3d B sp3 C sp D sp2
When the hybridisation state of carbon atom changes from sp3 to sp2 and sp, the angle between the hybridized orbitals.A Remains same B Increase progressively C Decrease gradually D All of these
A sample of AlF3 contains 3.0 × 1024 F– ions. The number of formula unit of this sample are 9 × 1024 3 × 1024 0.75 × 1024 1.0 × 1024
Upgrade your grade with Knowee
Get personalized homework help. Review tough concepts in more detail, or go deeper into your topic by exploring other relevant questions.