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Test: VSEPR Theory, Hybridisation (May 24) - JEE MCQ


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Test: VSEPR Theory, Hybridisation (May 24) - Question 1

The decreasing order of the repulsive interactions between various electron pairs is:

Detailed Solution for Test: VSEPR Theory, Hybridisation (May 24) - Question 1

The bond pair of electrons is shared by two atoms whereas the lone pair of electrons is only under the influence of central atom.

So the electron cloud of lone pair occupies more space as compared to the bond pair.

This causes greater repulsion between the lone pairs as compared to lone pair-bond pair and bond pair-bond pair interactions.

Test: VSEPR Theory, Hybridisation (May 24) - Question 2

The s-orbital does not show preference to any direction because

Detailed Solution for Test: VSEPR Theory, Hybridisation (May 24) - Question 2

The s-orbital is spherically symmetric in shape so it does not show preference to any direction. It is the same from all the directions.

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Test: VSEPR Theory, Hybridisation (May 24) - Question 3

 Among the following species octahedral shape is found in:

Detailed Solution for Test: VSEPR Theory, Hybridisation (May 24) - Question 3

SF6 has an octahedral geometry.

Test: VSEPR Theory, Hybridisation (May 24) - Question 4

A pi-bond is formed by the overlap of:

Detailed Solution for Test: VSEPR Theory, Hybridisation (May 24) - Question 4

pi-bond is always formed by sidewise overlapping of p – p orbitals in sidewise manner.

Test: VSEPR Theory, Hybridisation (May 24) - Question 5

The statement that is true about H2O molecule is:

Detailed Solution for Test: VSEPR Theory, Hybridisation (May 24) - Question 5

Central atom: O

At. no. = 8,

No. of valence electrons in oxygen is 6

Lewis dot structure of O atom

No. of electrons required for completing the octet = 8 - 6 =2

Atoms attached to the central atom: two H atoms

At. no. of H = 1

H atoms need one electron each for getting fully-filled K shells.

Representation of Lewis dot structures of H2O, which satisfies these conditions:

 

No. of valence shell electron pairs on the central atom O, after forming two covalent bonds with two H atoms = 4.

Geometry of 4 pairs, as predicted by VSEPR theory = Tetrahedral.

No. of lone pairs = Two.

Type, according to VSEPR theory:

So, geometry of pairs and geometry of atoms are different.

The geometry of atoms is derived from the geometry of pairs. At two of the four corners of the tetrahedron, there are no atoms.

Diagrams showing the geometry of 2 H atoms and two lone pairs:

 

Geometry of atoms in H2O is V-shaped. i.e. H2O molecule has a bent geometry

Test: VSEPR Theory, Hybridisation (May 24) - Question 6

The species having pyramidal shape is

[IIT JEE 2010]

Detailed Solution for Test: VSEPR Theory, Hybridisation (May 24) - Question 6


(b) BrF3 - T-shaped (sp3d2)

Test: VSEPR Theory, Hybridisation (May 24) - Question 7

ECI3 (where, E = B, P, As, Bi) of these elements are known.
Bond angles  are in the following order

Detailed Solution for Test: VSEPR Theory, Hybridisation (May 24) - Question 7


Has no lone pair thus, bond angle is 120°. B-atom is sp2-hybridised.

Central atom E is sp3-hybridised. Hence, angle < 120°. As we go down the group, (Ip-bp) repulsion decreases. Hence, angle 
(Cl—E—Cl) PCI3 > AsCI3 > BiCI3.
Thus, order is BCI3 > PCI3 > AsCI3 > BiCI3.

Test: VSEPR Theory, Hybridisation (May 24) - Question 8

Which of the following molecule/species has the minimum number of lone pairs?

Detailed Solution for Test: VSEPR Theory, Hybridisation (May 24) - Question 8

Test: VSEPR Theory, Hybridisation (May 24) - Question 9

Which of the following set of molecules have the same shape but different hybridisation?

Detailed Solution for Test: VSEPR Theory, Hybridisation (May 24) - Question 9

Test: VSEPR Theory, Hybridisation (May 24) - Question 10

Direction (Q. Nos. 21-22) This section contains  a paragraph, wach describing theory, experiments, data etc. three Questions related to paragraph have been given.Each question have only one correct answer among the four given options (a),(b),(c),(d).


Following reaction, CIF3 + AsF5 → (CIF2+ ) (AsF-6)

Q. 

Select the correct statements.

Detailed Solution for Test: VSEPR Theory, Hybridisation (May 24) - Question 10

 sp3d -hybridised Cl-atom - (T-shaped s tructure)
  sp3 -hybridised. Cl-atom (Bent)
 sp3d -hybridised As-atom (Trigonal bipyramidai).
 sp3d2 -hybridised As-atom (Octahedral).

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