Welcome to the Applications Of VSEPR Theory MDCAT MCQs with Answers. In this post, we have shared Applications Of VSEPR Theory Multiple Choice Questions and Answers for PMC MDCAT 2024. Each question in MDCAT Chemistry offers a chance to enhance your knowledge regarding Applications Of VSEPR Theory MCQs in this MDCAT Online Test.
According to VSEPR theory, the molecular geometry of methane (CH₄) is:
a) Linear
b) Trigonal planar
c) Tetrahedral
d) Trigonal bipyramidal
The shape of the ammonium ion (NH₄⁺) is:
a) Linear
b) Trigonal planar
c) Tetrahedral
d) Octahedral
The molecular geometry of water (H₂O) is:
a) Linear
b) Trigonal planar
c) Tetrahedral
d) Bent
In VSEPR theory, a molecule with two bond pairs and no lone pairs will have which geometry?
a) Linear
b) Trigonal planar
c) Tetrahedral
d) Octahedral
The molecular geometry of carbon dioxide (CO₂) is:
a) Linear
b) Bent
c) Trigonal planar
d) Tetrahedral
For a molecule with three bonding pairs and one lone pair, the geometry according to VSEPR theory is:
a) Trigonal planar
b) Tetrahedral
c) Trigonal pyramidal
d) Bent
The shape of sulfur hexafluoride (SF₆) is:
a) Octahedral
b) Tetrahedral
c) Trigonal planar
d) Linear
The geometry of a molecule with five bonding pairs and no lone pairs is:
a) Tetrahedral
b) Trigonal bipyramidal
c) Octahedral
d) Linear
According to VSEPR theory, the molecular shape of sulfur dioxide (SO₂) is:
a) Linear
b) Bent
c) Trigonal planar
d) Tetrahedral
The shape of the chloride ion (Cl⁻) in ClF₄⁻ is:
a) Square planar
b) Tetrahedral
c) Trigonal pyramidal
d) Octahedral
In VSEPR theory, the molecular geometry of a molecule with three bond pairs and one lone pair is:
a) Trigonal planar
b) Tetrahedral
c) Trigonal pyramidal
d) Bent
The shape of a molecule with two lone pairs and two bond pairs around the central atom is:
a) Linear
b) Trigonal planar
c) Bent
d) Tetrahedral
A molecule with a central atom that has five bond pairs and one lone pair will have which shape?
a) Octahedral
b) Trigonal bipyramidal
c) Square pyramidal
d) Tetrahedral
In VSEPR theory, a molecule with four bond pairs and two lone pairs will have which geometry?
a) Square planar
b) Tetrahedral
c) Octahedral
d) Trigonal bipyramidal
The shape of a molecule with one lone pair and three bond pairs is:
a) Tetrahedral
b) Trigonal pyramidal
c) Bent
d) Linear
The molecular geometry of bromine trifluoride (BrF₃) is:
a) Trigonal bipyramidal
b) Tetrahedral
c) Octahedral
d) Square planar
In VSEPR theory, the shape of a molecule with four bonding pairs and no lone pairs is:
a) Tetrahedral
b) Trigonal planar
c) Linear
d) Octahedral
The geometry of a molecule with two bond pairs and two lone pairs on the central atom is:
a) Trigonal planar
b) Linear
c) Tetrahedral
d) Bent
The shape of a molecule with three bond pairs and no lone pairs is:
a) Trigonal planar
b) Tetrahedral
c) Octahedral
d) Linear
The geometry of a molecule with a central atom surrounded by six bond pairs is:
a) Tetrahedral
b) Octahedral
c) Trigonal bipyramidal
d) Linear
The shape of a molecule with two bond pairs and one lone pair is:
a) Linear
b) Trigonal pyramidal
c) Bent
d) Tetrahedral
For a molecule with five bonding pairs and no lone pairs on the central atom, the geometry is:
a) Trigonal bipyramidal
b) Octahedral
c) Tetrahedral
d) Linear
In VSEPR theory, the bond angle in a tetrahedral molecule is approximately:
a) 90°
b) 109.5°
c) 120°
d) 180°
The shape of a molecule with four bond pairs and one lone pair is:
a) Tetrahedral
b) Trigonal bipyramidal
c) Trigonal pyramidal
d) Bent
The molecular geometry of chlorine trifluoride (ClF₃) is:
a) Trigonal pyramidal
b) Tetrahedral
c) T-shaped
d) Bent
The shape of a molecule with three bond pairs and two lone pairs is:
a) Tetrahedral
b) Trigonal bipyramidal
c) Linear
d) T-shaped
The molecular geometry of a molecule with two bond pairs and one lone pair is:
a) Linear
b) Bent
c) Trigonal planar
d) Tetrahedral
The geometry of a molecule with four bond pairs and no lone pairs is:
a) Tetrahedral
b) Octahedral
c) Linear
d) Trigonal planar
The shape of a molecule with three bond pairs and one lone pair around the central atom is:
a) Bent
b) Trigonal planar
c) Tetrahedral
d) Trigonal pyramidal
In VSEPR theory, the bond angles in a trigonal planar molecule are approximately:
a) 90°
b) 109.5°
c) 120°
d) 180°
For a molecule with six bond pairs and no lone pairs on the central atom, the shape is:
a) Octahedral
b) Trigonal bipyramidal
c) Tetrahedral
d) Linear
The molecular geometry of xenon tetrafluoride (XeF₄) is:
a) Tetrahedral
b) Square planar
c) Trigonal bipyramidal
d) Octahedral
A molecule with two bond pairs and two lone pairs on the central atom has which shape?
a) Linear
b) Bent
c) Tetrahedral
d) Trigonal planar
The shape of a molecule with one lone pair and four bond pairs is:
a) Octahedral
b) Trigonal pyramidal
c) Tetrahedral
d) Trigonal bipyramidal
The molecular geometry of a molecule with three bond pairs and no lone pairs is:
a) Trigonal planar
b) Tetrahedral
c) Linear
d) Octahedral
For a molecule with five bond pairs and two lone pairs on the central atom, the geometry is:
a) Square pyramidal
b) Tetrahedral
c) Trigonal bipyramidal
d) Octahedral
The shape of a molecule with three bond pairs and two lone pairs is:
a) T-shaped
b) Linear
c) Bent
d) Trigonal pyramidal
The geometry of a molecule with two bond pairs and two lone pairs on the central atom is:
a) Bent
b) Trigonal pyramidal
c) Tetrahedral
d) Linear
The shape of a molecule with four bond pairs and two lone pairs is:
a) Square planar
b) Trigonal bipyramidal
c) Tetrahedral
d) Octahedral
In VSEPR theory, a molecule with four bonding pairs and two lone pairs on the central atom has which geometry?
a) Square pyramidal
b) Tetrahedral
c) Trigonal bipyramidal
d) Octahedral
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