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by BlastRoom
Practice using bonding pairs and lone pairs to name VSEPR molecular geometries.
#chemistry
24 questions
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Name the VSEPR molecular geometry shown in the drawing.
Use the figure to identify the molecular geometry.
Which VSEPR molecular geometry is drawn?
Choose the geometry name that matches the drawing.
What molecular geometry is represented by this VSEPR drawing?
Look at the VSEPR model. Which molecular geometry does it show?
Select the correct name for the shape in the diagram.
The figure shows an unnamed molecular geometry. What is it called?
Which molecule has the same molecular geometry as the one in the drawing?
Which molecule has the same molecular geometry as the one in the drawing?
Which molecule has the same molecular geometry as the one in the drawing?
Which molecule has the same molecular geometry as the one in the drawing?
Which molecule has the same molecular geometry as the one in the drawing?
Which molecule has the same molecular geometry as the one in the drawing?
Which central-atom pattern matches the drawing?
Which electron-domain pattern fits the central atom in the geometry shown?
In H2O, oxygen has two bonding pairs and two lone pairs. What molecular geometry is predicted?
BF3 has three bonding pairs around boron and no lone pairs on boron. What is its molecular geometry?
A central carbon in CH4 has four bonding pairs and no lone pairs. Which VSEPR molecular geometry is predicted?
In CO2, the central carbon has two bonding regions and no lone pairs. Which molecular geometry does VSEPR predict?
Nitrogen in NH3 has three bonding pairs and one lone pair. What molecular geometry results?
SO2 has two S-O bonding regions and one lone pair on sulfur. What molecular geometry is predicted?
BeCl2 has two Be-Cl bonding pairs and no lone pairs on beryllium. Which molecular geometry is predicted?
PH3 has three P-H bonds and one lone pair on phosphorus. What is its molecular geometry?
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Properties of Ionic, Covalent and Metallic Substances
20 questions
