1. Simple Cubic Unit Cell (b) Fig 5. Simple Cubic (SC) Unit Cell. (a) Ball-and-Stick Model (b) Space-filled Model (c) Stacking (a) (c) a. Each corner atom of the unit cell would be shared by how many unit cells? Answer: b. Assuming the atoms as perfect spheres, how much of a corner atom is used by just a single unit cell? Answer: c. If there are atoms at the eight corners of a simple cubic cell and each atom is shared by eight unit cells, how many total atoms are there per simple cubic unit cell? Answer:
1. Simple Cubic Unit Cell (b) Fig 5. Simple Cubic (SC) Unit Cell. (a) Ball-and-Stick Model (b) Space-filled Model (c) Stacking (a) (c) a. Each corner atom of the unit cell would be shared by how many unit cells? Answer: b. Assuming the atoms as perfect spheres, how much of a corner atom is used by just a single unit cell? Answer: c. If there are atoms at the eight corners of a simple cubic cell and each atom is shared by eight unit cells, how many total atoms are there per simple cubic unit cell? Answer:
Chapter10: Liquids And Solids
Section: Chapter Questions
Problem 5RQ: What is a lattice? What is a unit cell? Describe a simple cubic unit cell. How many net atoms are...
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Transcribed Image Text:1. Simple Cubic Unit Cell
(b)
Fig 5. Simple Cubic (SC) Unit Cell. (a) Ball-and-Stick Model (b) Space-filled Model (c) Stacking
(a)
a. Each corner atom of the unit cell would be shared by how many unit cells?
Answer:
b. Assuming the atoms as perfect spheres, how much of a corner atom is used by
just a single unit cell?
Answer:
c. If there are atoms at the eight corners of a simple cubic cell and each atom is
shared by eight unit cells, how many total atoms are there per simple cubic unit
cell?
Answer:
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