Calcium Fluoride Determine the number of calcium ions per unit cell. Determine the number of fluoride...
Calcium Fluoride
- Determine the number of calcium ions per unit cell.
- Determine the number of fluoride ions per unit cell.
- What is the empirical formula of calcium fluoride based on the relative number of each ion in the unit cells?
- Is the empirical formula determined from the lattice structure in agreement with the one predicted by the typical ion charges?
- Are the anions or cations arranged in one of the basic cubic unit cells (simple, body-centered, face-centered)?
Homework Answers
In calcium fluoride structure, calcium ions occupy the corners and all face-centres of a cubic unit cell whereas fluoride ions occupy the tetrahedral sites of the unit cell.
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Calcium Fluoride
Determine the number of calcium ions per unit cell.
Determine the number of fluoride...
Lead (II) fluoride, PbF2, crystallizes in a cubic unit cell in which the lead ions occupy...
Lead (II) fluoride, PbF2, crystallizes in a cubic unit cell in which the lead ions occupy a face-centered cubic arrangement in the unit cell, and the fluoride ions are located in certain spaces between the lead ions. How many of each ion are contained within a single unit cell? # of Pb2+ ions = ? # of F– ions =?
Q. 3. Potassium fluoride adopts the rock salt (NaCl type) structure, with a density of 2.48...
Q. 3. Potassium fluoride adopts the rock salt (NaCl type) structure, with a density of 2.48 g/cm3. Using the data for the Part 4 model you constructed, calculate the expected distance between the center of the potassium ion and the center of an adjacent fluoride ion in pm. Q. 4. The diameter of a Cs+ ion is 334 pm; the diameter of a Br- ion is 392 pm. For CsBr, which crystallizes in the CsCl type structure from Part 5,...
2. The CsCl structure has a cubic unit cell that contains Clanions at the corners and...
2. The CsCl structure has a cubic unit cell that contains Clanions at the corners and a Cs* cation in the center. This unit cell is commonly, and mistakenly refered to as "body-centered cubic". Why is it not body-centered cubic. A. Actually, this is not a mistake. It is body-centered cubic B. Because the cations must be on the corners and anion in the center in order to be called body centered cubic. This arrangement is anti-body-centered cubic. C. Because...
NaCl crystallizes in a variant of a face-centered cubic cell, with Cl- ions at the lattice...
NaCl crystallizes in a variant of a face-centered cubic cell, with Cl- ions at the lattice points of the face-centered cube, and a sodium ion is on each edge of the cube and in its center. What is the total number of ions (Na+ and Cl-) that lie within the NaCl unit cell? A) 2 B) 4 C) 8 D) 6 E) 5 -If you can explain to me the reason for the correct answer. Thank you
Lithium chloride crystallizes in a face-centered cubic unit cell with chloride ions occupying the lattice points...
Lithium chloride crystallizes in a face-centered cubic unit cell with chloride ions occupying the lattice points and lithium ions occupying octahedral holes. How many chloride ions surround each lithium ion in Lici? O A.4 OB.6 O C.1 OD. 12 E. 8
1. Below is the unit cell for perovskite which contains two metal cations, A and B,...
1. Below is the unit cell for perovskite which contains two metal cations, A and B, and oxide ions. The oxide ions reside on the faces of the unit cell. Please answer each of the following. (12 points) How many A cations are within the unit cell? How many B cations are within one unit cell? How many oxide ions are within one unit cell? What is the empirical formula of the A ions, B ions and oxide ions within...
28. The unit cell of an ionic compound is shown below. Determine the formula of the...
28. The unit cell of an ionic compound is shown below. Determine the formula of the compound by counting the number of cations and anions in the unit cell. The anion Y occupies the lattice points in the FCC unit cell; the cation X occupies the holes. What type of holes do the X cations occupy? (5 pts) (Show detailed work)
In NaCl, the sodium and chlorine ions create face-centered unit cells. Calculate the number of sodium...
In NaCl, the sodium and chlorine ions create face-centered unit cells. Calculate the number of sodium and chlorine ions per unit cell and briefly state how this relates to its chemical formula
Paper overlay C C. Zinc Blende, ZnS Use the plastic black template marked phere on a...
Paper overlay C C. Zinc Blende, ZnS Use the plastic black template marked phere on a metal get the pink sphere e firmly. Note that It takes a little patience to build this structure. Rather than placing a small pink sphere on rod, you are balancing it in one of the vacancies of the lattice. Have faith, if you get the nint in the correct location it will not fall out, the colorless spheres will hold it in place firmly....
Chapter 8, Question 49 x Your answer is incorrect. Try again. In the unit cell of lithium sulphide, the sulphide ions a...
Chapter 8, Question 49 x Your answer is incorrect. Try again. In the unit cell of lithium sulphide, the sulphide ions adopt a face-centred cubic lattice. The lithium ions are in the holes within the face-centred cube. If the unit cell is charge-neutral, how many complete lithium ions must be packed within each face-centred cube? complete lithium ion(s) exact number, no tolerance Click if you would like to Show Work for this question: Open Show Work
2. The CsCl structure has a cubic unit cell that contains Clanions at the corners and a Cs* cation in the center. This unit cell is commonly, and mistakenly refered to as "body-centered cubic". Why is it not body-centered cubic. A. Actually, this is not a mistake. It is body-centered cubic B. Because the cations must be on the corners and anion in the center in order to be called body centered cubic. This arrangement is anti-body-centered cubic. C. Because...
Lithium chloride crystallizes in a face-centered cubic unit cell with chloride ions occupying the lattice points and lithium ions occupying octahedral holes. How many chloride ions surround each lithium ion in Lici? O A.4 OB.6 O C.1 OD. 12 E. 8
1. Below is the unit cell for perovskite which contains two metal cations, A and B, and oxide ions. The oxide ions reside on the faces of the unit cell. Please answer each of the following. (12 points) How many A cations are within the unit cell? How many B cations are within one unit cell? How many oxide ions are within one unit cell? What is the empirical formula of the A ions, B ions and oxide ions within...
28. The unit cell of an ionic compound is shown below. Determine the formula of the compound by counting the number of cations and anions in the unit cell. The anion Y occupies the lattice points in the FCC unit cell; the cation X occupies the holes. What type of holes do the X cations occupy? (5 pts) (Show detailed work)
Paper overlay C C. Zinc Blende, ZnS Use the plastic black template marked phere on a metal get the pink sphere e firmly. Note that It takes a little patience to build this structure. Rather than placing a small pink sphere on rod, you are balancing it in one of the vacancies of the lattice. Have faith, if you get the nint in the correct location it will not fall out, the colorless spheres will hold it in place firmly....
Chapter 8, Question 49 x Your answer is incorrect. Try again. In the unit cell of lithium sulphide, the sulphide ions adopt a face-centred cubic lattice. The lithium ions are in the holes within the face-centred cube. If the unit cell is charge-neutral, how many complete lithium ions must be packed within each face-centred cube? complete lithium ion(s) exact number, no tolerance Click if you would like to Show Work for this question: Open Show Work
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