V = a (2r)3 %3D 8(1.69 Å)³ %3D - Part B face-centered cubic Express the volume in cubic angstroms to three significant digits. ? V = Submit Previous Answers Request Answer

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Item 19
II Review I Constants
Calculate the volume in A of each of the following
types of cubic unit cells if it is composed of atoms
V = a³
with an atomic radius of 1.69 Ả .
(2r)3
= 8(1.69 Å)³
Part B
face-centered cubic
Express the volume in cubic angstroms to three significant digits.
V =
Submit
Previous Answers Request Answer
X Incorrect; Try Again; 5 attempts remaining
This value does not correspond to the value of any common cubic unit cell composed of atoms with
1.69 Á. Recall the relationship between the volume and edge length of a cube, V = a°.
The cubic unit cell volume will include the empty space around the atoms. Use the type of unit cell to
the relationship between the radius of an atom, r, and edge length, a, for the cubic unit cell to calcul
then calculate the volume of the unit cell based on its edge length.
S Çh. 2 Note Outlin..pdf
Ch. 2 - Chemistr..pdf
Transcribed Image Text:Item 19 II Review I Constants Calculate the volume in A of each of the following types of cubic unit cells if it is composed of atoms V = a³ with an atomic radius of 1.69 Ả . (2r)3 = 8(1.69 Å)³ Part B face-centered cubic Express the volume in cubic angstroms to three significant digits. V = Submit Previous Answers Request Answer X Incorrect; Try Again; 5 attempts remaining This value does not correspond to the value of any common cubic unit cell composed of atoms with 1.69 Á. Recall the relationship between the volume and edge length of a cube, V = a°. The cubic unit cell volume will include the empty space around the atoms. Use the type of unit cell to the relationship between the radius of an atom, r, and edge length, a, for the cubic unit cell to calcul then calculate the volume of the unit cell based on its edge length. S Çh. 2 Note Outlin..pdf Ch. 2 - Chemistr..pdf
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