imple Cubic Structure fter modeling a SC cell structure as described in the Procedure draw a 3-dimesional mage of your model.

Chemistry: The Molecular Science
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Chapter9: Liquids, Solids, And Materials
Section: Chapter Questions
Problem 71QRT
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Data:
Experiment 9; Crystal Structures
Simple Cubic Structure
After modeling a SC cell structure as described in the Procedure draw a 3-dimesional
image of your model.
Face Centered Cubic Structure
After modeling a FCC cell structure as described in the Procedure draw a 3-dimesional
image of your model.
Body Centered Cubic Structure
After modeling a BCC cell structure as described in the Procedure draw a 3-dimesional
image of your model.
Transcribed Image Text:Data: Experiment 9; Crystal Structures Simple Cubic Structure After modeling a SC cell structure as described in the Procedure draw a 3-dimesional image of your model. Face Centered Cubic Structure After modeling a FCC cell structure as described in the Procedure draw a 3-dimesional image of your model. Body Centered Cubic Structure After modeling a BCC cell structure as described in the Procedure draw a 3-dimesional image of your model.
Binary Ionic Compounds Structures
Below is an illustration of one of the faces of a face-centered cubic cell structure for a
binary ionic compound where r/r <0.732. Here the cations go into the "holes" between
the anions, where the anions are in all of the normal positions described by a FCC cell.
88
What is the equation relating r" and r" to s?
In a crystal of sodium chloride, the sodium ion fits into a FCC hole. Calculate the radius
of the sodium ion, knowing that the length of the sides of a sodium chloride cell measure
0.552 nm and the radius of the chloride ion is 0.181 nm.
Calculate the r/r for sodium chloride?
Show by calculation how many total anions and total cations belong to one cell (same
number, but different equations for each position).
Calculate the percent of a sodium chloride cell that is occupied by sodium.
Calculate the percent of a sodium chloride cell that is occupied by chloride.
Transcribed Image Text:Binary Ionic Compounds Structures Below is an illustration of one of the faces of a face-centered cubic cell structure for a binary ionic compound where r/r <0.732. Here the cations go into the "holes" between the anions, where the anions are in all of the normal positions described by a FCC cell. 88 What is the equation relating r" and r" to s? In a crystal of sodium chloride, the sodium ion fits into a FCC hole. Calculate the radius of the sodium ion, knowing that the length of the sides of a sodium chloride cell measure 0.552 nm and the radius of the chloride ion is 0.181 nm. Calculate the r/r for sodium chloride? Show by calculation how many total anions and total cations belong to one cell (same number, but different equations for each position). Calculate the percent of a sodium chloride cell that is occupied by sodium. Calculate the percent of a sodium chloride cell that is occupied by chloride.
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