Given the following structure, where the white atoms are thorium, and the yellow are oxygen. Describe where each species of atom sits in the lattice, and give a chemical formula for the compound. The oxygen atoms sit on all the tetragonal interstitial sites, while thorium sits on the FCC lattice sites. The chemical formula for this compound is ThO₂. The oxygen atoms sit on half of all octahedral sites, while thorium sits on the FCC lattice site. The chemical formula for this compound is ThO₂. The oxygen atoms sit on all the octahedral interstitial sites, while thorium sits on the BCC lattice sites. The chemical formula for this compound is ThO3. The oxygen atoms sit on half the tetragonal interstitial sites, while thorium sits on the FCC lattice sites. The chemical formula for this compound is ThO4.
Given the following structure, where the white atoms are thorium, and the yellow are oxygen. Describe where each species of atom sits in the lattice, and give a chemical formula for the compound. The oxygen atoms sit on all the tetragonal interstitial sites, while thorium sits on the FCC lattice sites. The chemical formula for this compound is ThO₂. The oxygen atoms sit on half of all octahedral sites, while thorium sits on the FCC lattice site. The chemical formula for this compound is ThO₂. The oxygen atoms sit on all the octahedral interstitial sites, while thorium sits on the BCC lattice sites. The chemical formula for this compound is ThO3. The oxygen atoms sit on half the tetragonal interstitial sites, while thorium sits on the FCC lattice sites. The chemical formula for this compound is ThO4.
Chemistry for Engineering Students
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ISBN:9781337398909
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Chapter8: Molecules And Materials
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Problem 8.97PAE: 8.97 The doping of semiconductors can be done with enough precision to tune the size of the band gap...
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The ans is the first one. Please explain in detail. I really don't understand this. Thx
![Given the following structure,
where the white atoms are thorium, and the yellow are oxygen. Describe where each species of atom sits in the lattice, and give a
chemical formula for the compound.
The oxygen atoms sit on all the tetragonal interstitial sites, while thorium sits on the FCC lattice sites. The chemical formula for
this compound is ThO2.
The oxygen atoms sit on half of all octahedral sites, while thorium sits on the FCC lattice site. The chemical formula for this
compound is ThO₂.
The oxygen atoms sit on all the octahedral interstitial sites, while thorium sits on the BCC lattice sites. The chemical formula for
this compound is ThO3.
The oxygen atoms sit on half the tetragonal interstitial sites, while thorium sits on the FCC lattice sites. The chemical formula for
this compound is ThO4.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fca6b5de9-d666-4be4-bec5-372f49facd74%2F090930fd-8f96-4f28-8aa1-5bd1a9fcce9e%2Fc2lrfya_processed.png&w=3840&q=75)
Transcribed Image Text:Given the following structure,
where the white atoms are thorium, and the yellow are oxygen. Describe where each species of atom sits in the lattice, and give a
chemical formula for the compound.
The oxygen atoms sit on all the tetragonal interstitial sites, while thorium sits on the FCC lattice sites. The chemical formula for
this compound is ThO2.
The oxygen atoms sit on half of all octahedral sites, while thorium sits on the FCC lattice site. The chemical formula for this
compound is ThO₂.
The oxygen atoms sit on all the octahedral interstitial sites, while thorium sits on the BCC lattice sites. The chemical formula for
this compound is ThO3.
The oxygen atoms sit on half the tetragonal interstitial sites, while thorium sits on the FCC lattice sites. The chemical formula for
this compound is ThO4.
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