CSe2 has Lewis structure like this: Se=C=Se (here are valence e- around the Se too, but no need to worry about these), Since it is considered that there are 2 bonds the shape would be linear. Linear corresponds to "sp" hybridization
Sp³
Selenium hexafluoride
F2ccf2
Selinium tetrafloride
The answer is SeF6.This is figured by:2.231 grams of Se divided by 78.79 g/mol = 0.0283 moles of Se3.221 grams of F divided by 18.998 g/mol = 0.1695 moles of F0.1695 moles of Se/0.0283 moles of F = 5.9909 ~ 6 moles of Se/mole of FSo SeF6
Sp³
SeF6 is a regular octahedron , all bond angles are 90 degrees
The Se (selenium) would be sp3d hybridized.
Selenium hexafluoride.
Selenium hexafluoride
The hybridization state of Se in SeCl2 is sp^3 because it has two bonding pairs and two lone pairs around the selenium atom, leading to a tetrahedral electron geometry.
The hybridization of H₂Se (hydrogen selenide) is sp³. In H₂Se, the selenium (Se) atom is surrounded by two hydrogen atoms and has two lone pairs of electrons, leading to a tetrahedral electron geometry. The presence of these lone pairs results in a bent molecular shape. Thus, the hybridization reflects the need to accommodate these bonding and non-bonding electron pairs.
The hybridization of selenium in selenious acid is sp3. Each oxygen atom forms a single bond with selenium through an sp3 orbital, resulting in tetrahedral geometry around the selenium atom.
This compound is called selenium hexafluoride.
becl2
The hybridization of NCl3 is sp3.
F2ccf2