Which is having different shape among:
Among the following pairs in which the two species are not isostructural is:
Which of the following set of ions/ molecules is isoelectric and structural?
In allene (C3H4), the type(s) of hybridisation of the carbon atoms is (are)
The atom that form discrete polyatomic molecule in its elemental state are:
Sulfur forms discrete polyatomic molecule as in S8
Carbon forms discrete polyatomic molecules as in diamond, etc.
Which one of the following pairs is isoelectronic?
The structure of XeF4 is:
Which of the following species has two non bonded electron pairs on the central atom:
In TeCl4 out of 6 electrons:bonded electrons are 4,non-bonded electron pair is 1.
In ClF3 out of 7 electrons:bonded electrons are 3,non-bonded electron pairs are 2.
In PCl3 out of 5 electrons:bonded electrons are 3,non-bonded electron pair is 1.
In ICl2− out of (7+1=8) electrons:bonded electrons are 2,non-bonded electron pairs are 3.
The shape and expected hybridization of BrO3- and HOCl are:
I3- ion is linear having the hybridization:
The hybridization of atomic orbital of nitrogen in NO2+, NO3- and NH4+ are:
Among the molecular ions, the dπ - pπ bond is possible in:
Now the shape becomes:
Angles in XeO3F2 are equal with which molecule:
Hybridization in Boron in BF3-ether mixture is:
Hybridization on anionic carbon in allyl anion is:
Hybridization and shape of N(SiH3)3 is:
Hybridization in carbon atoms of
Hybridization in (C6H5)3C– (on negative carbon) is:
Hybridization of carbon C3O2 and CO2 are:
Hybridization on central atom in SOF4 is:
Hybridization on central atom in Be2C is:
Hybridization in N2 is:
Pi bond electrons don’t contribute when we calculate the hybridization. So due to one sigma bond and one lone pair hybridization will be “sp”.
Hence D is correct.
Hybridization on the central atom in H3O+ is:
Hybridization in Si in Si4O116– is:
In octahedral structure the pair of ‘d’ orbitals invo lved is:
The ONO angle is maximum is:
Hybridization state of boron and oxygen in boric acid is:
Which is correct order of bond angle:
If CH4 is assumed to give two disubst ituted product. Then, the shape of CH4 will be: