Welcome to the The Valence Shell Electron Pair Repulsion Theory MDCAT MCQs with Answers. In this post, we have shared The Valence Shell Electron Pair Repulsion Theory Multiple Choice Questions and Answers for PMC MDCAT 2024. Each question in MDCAT Chemistry offers a chance to enhance your knowledge regarding The Valence Shell Electron Pair Repulsion Theory MCQs in this MDCAT Online Test.
According to VSEPR theory, the arrangement of electron pairs around a central atom is determined by:
a) The size of the atom
b) The type of bonds formed
c) The repulsion between electron pairs
d) The number of protons in the nucleus
The VSEPR theory predicts that electron pairs around a central atom will:
a) Minimize their distance from the nucleus
b) Maximize their distance from each other
c) Form the shortest bonds possible
d) Align themselves to form bonds with adjacent atoms
In a molecule with four bond pairs and no lone pairs, the shape is:
a) Linear
b) Tetrahedral
c) Trigonal planar
d) Octahedral
The bond angles in a trigonal planar molecule are approximately:
a) 90°
b) 109.5°
c) 120°
d) 180°
According to VSEPR theory, a molecule with two lone pairs and two bond pairs around the central atom will have which shape?
a) Bent
b) Trigonal pyramidal
c) Tetrahedral
d) Linear
The molecular geometry of a molecule with three bond pairs and one lone pair is:
a) Trigonal pyramidal
b) Bent
c) Trigonal planar
d) Tetrahedral
In VSEPR theory, lone pairs of electrons:
a) Repel other lone pairs more than bond pairs
b) Are less repulsive than bond pairs
c) Do not affect molecular shape
d) Repel bond pairs more than other lone pairs
For a molecule with five bond pairs and no lone pairs, the geometry is:
a) Trigonal bipyramidal
b) Tetrahedral
c) Octahedral
d) Linear
The shape of a molecule with two bond pairs and no lone pairs is:
a) Linear
b) Bent
c) Trigonal planar
d) Tetrahedral
According to VSEPR theory, the ideal bond angles in a tetrahedral molecule are:
a) 90°
b) 109.5°
c) 120°
d) 180°
The VSEPR theory predicts that a molecule with four bonding pairs and one lone pair will have which shape?
a) Trigonal pyramidal
b) Tetrahedral
c) Bent
d) Trigonal bipyramidal
In VSEPR theory, a molecule with two lone pairs and three bond pairs around the central atom has which geometry?
a) Tetrahedral
b) Trigonal pyramidal
c) Trigonal bipyramidal
d) Square planar
For a molecule with six bond pairs and no lone pairs, the geometry is:
a) Trigonal bipyramidal
b) Tetrahedral
c) Octahedral
d) Linear
The shape of a molecule with three bond pairs and two lone pairs is:
a) T-shaped
b) Bent
c) Linear
d) Trigonal pyramidal
In a molecule with four bond pairs and two lone pairs, the geometry is:
a) Tetrahedral
b) Square planar
c) Trigonal pyramidal
d) Trigonal bipyramidal
VSEPR theory assumes that:
a) Electron pairs are distributed evenly in space
b) Electron pairs attract each other
c) Electron pairs repel each other to the maximum extent
d) Electron pairs form bonds with adjacent atoms
A molecule with five bond pairs and one lone pair has which shape?
a) Square pyramidal
b) Tetrahedral
c) Trigonal bipyramidal
d) Octahedral
The ideal bond angles in a trigonal bipyramidal molecule are:
a) 90° and 120°
b) 109.5°
c) 120° and 180°
d) 90° and 180°
According to VSEPR theory, a molecule with four bond pairs and two lone pairs will have which shape?
a) Square planar
b) Trigonal pyramidal
c) Bent
d) Tetrahedral
The molecular geometry of a molecule with three bond pairs and no lone pairs is:
a) Linear
b) Tetrahedral
c) Trigonal planar
d) Trigonal pyramidal
In VSEPR theory, the shape of a molecule with one lone pair and three bond pairs is:
a) Bent
b) Tetrahedral
c) Trigonal pyramidal
d) Linear
The shape of a molecule with four bond pairs and one lone pair is:
a) Trigonal pyramidal
b) Square planar
c) Bent
d) Tetrahedral
For a molecule with three bond pairs and two lone pairs, the geometry is:
a) Tetrahedral
b) Trigonal planar
c) Trigonal bipyramidal
d) Octahedral
According to VSEPR theory, a molecule with two bond pairs and two lone pairs will have which shape?
a) Bent
b) Trigonal planar
c) Linear
d) Tetrahedral
The geometry of a molecule with four bond pairs and no lone pairs is:
a) Tetrahedral
b) Trigonal bipyramidal
c) Octahedral
d) Linear
VSEPR theory predicts that a molecule with two bond pairs and one lone pair will have which shape?
a) Bent
b) Linear
c) Trigonal planar
d) Trigonal pyramidal
The ideal bond angles in an octahedral molecule are:
a) 90°
b) 109.5°
c) 120°
d) 180°
A molecule with four bond pairs and no lone pairs has which geometry?
a) Tetrahedral
b) Linear
c) Trigonal bipyramidal
d) Octahedral
In VSEPR theory, a molecule with five bond pairs and no lone pairs will have which shape?
a) Tetrahedral
b) Trigonal bipyramidal
c) Bent
d) Trigonal planar
The shape of a molecule with six bond pairs and no lone pairs is:
a) Tetrahedral
b) Trigonal bipyramidal
c) Octahedral
d) Linear
VSEPR theory helps predict the shape of a molecule based on:
a) The bond energies
b) The repulsion between electron pairs
c) The type of chemical bonds
d) The electronegativity of the atoms
For a molecule with two bond pairs and no lone pairs, the bond angle is approximately:
a) 90°
b) 120°
c) 109.5°
d) 180°
The molecular shape of a molecule with three bond pairs and one lone pair is:
a) Tetrahedral
b) Trigonal pyramidal
c) Bent
d) Trigonal planar
A molecule with four bonding pairs and one lone pair has which shape?
a) Tetrahedral
b) Trigonal pyramidal
c) Square planar
d) Bent
The VSEPR theory suggests that lone pairs of electrons will:
a) Repel each other less than bond pairs
b) Repel bond pairs more than other lone pairs
c) Have the same repulsive effect as bond pairs
d) Not affect the shape of the molecule
In a molecule with three bond pairs and two lone pairs, the ideal bond angles are:
a) 90° and 120°
b) 109.5°
c) 120°
d) 180°
According to VSEPR theory, the shape of a molecule with one lone pair and two bond pairs is:
a) Trigonal pyramidal
b) Bent
c) Tetrahedral
d) Linear
For a molecule with five bond pairs and two lone pairs, the shape is:
a) Square planar
b) Tetrahedral
c) Trigonal bipyramidal
d) Octahedral
The VSEPR theory predicts that a molecule with two lone pairs and four bond pairs will have which shape?
a) Trigonal pyramidal
b) Square planar
c) Tetrahedral
d) Bent
In VSEPR theory, a molecule with two bond pairs and one lone pair has which molecular geometry?
a) Linear
b) Trigonal planar
c) Bent
d) Tetrahedral
If you are interested to enhance your knowledge regarding Physics, Chemistry, Computer, and Biology please click on the link of each category, you will be redirected to dedicated website for each category.
