0
due to steric hinderance molecule cannot attack s-atom
SF6 is unreactive towards water because it is a non-polar molecule with strong covalent bonds, making it difficult for water molecules to break these bonds. TeF6, on the other hand, is reactive with water because it contains a metal (tellurium) and highly electronegative fluorine atoms, resulting in a more polar molecule that can easily react with water to form products.
Add your answer:
Earn +20 pts
What is the molecular geometry of TeF6?
octahedral
What is the electron pair geometry around the central atom of TEF6?
Octahedral
What is the bond angle of TeF6?
The bond angle of TeF6 is 90 degrees. This is because TeF6 adopts an octahedral geometry with the six fluorine atoms surrounding the central tellurium atom. Each fluorine atom occupies one of the six vertices of an octahedron, resulting in bond angles of 90 degrees between adjacent fluorine atoms.
Is TeF6 polar or non polar?
No its not polar
What is the dot and cross diagram of TeF6?
The dot and cross diagram of TeF6, or tellurium hexafluoride, involves showing the sharing of electrons between tellurium (Te) and fluorine (F) atoms. Tellurium has six valence electrons, while each fluorine atom contributes one. The diagram would display Te at the center surrounded by six F atoms, each connected by a single bond and sharing electrons to achieve a full outer shell for each atom. The diagram would illustrate the octahedral geometry of TeF6, with the central Te atom bonded to six surrounding F atoms.
What is the Lewis structure for TeF6?
The Lewis structure for TeF6 (tellurium hexafluoride) consists of a central tellurium atom bonded to six fluorine atoms. Tellurium has 6 valence electrons, and each fluorine contributes one valence electron, totaling 12 electrons. The structure will have 12 total valence electrons arranged so that each fluorine atom is bonded to the tellurium atom with single bonds.
What is the Lewis dot structure for TeO3?
The Lewis dot structure for TeO3 has a central tellurium (Te) atom bonded to three oxygen (O) atoms. The tellurium atom will have six dots around it, representing its valence electrons, and each oxygen atom will have two dots, indicating a single bond with the tellurium atom.
