WebExpert Answer Transcribed image text: c) (i) The edge length of the unit cell of LiCl (NaCl-like structure, FCC) is 0.514 nm or 5.14 Å. Assuming that the lithium ion is small enough so that the chloride ions are in contact, as in Fig. Q4 … WebQ. Assertion If edge length of unit cell of L i Cl, having N a Cl type structure, is 5.14 A ˚, the ionic radius of C l − ion is 1.82 A ˚. Reason Anion-anion contact is retained in L i Cl structure because anions constitute the lattice.

Solved Lithium chloride crystallizes in a face-centered - Chegg

WebFeb 13, 2024 · The unit cell cube length for \( \mathrm{LiCl} \) (just like \( \mathrm{NaCl} \) structure) is \( 5.14 \AA \). Assuming anion-anion contact,\( \mathrm{P} \) ... WebIt occupies the corners and face centres of the cubic unit cells. N a + occupies all the octahedral voids in the unit cell. Generally in N a C l crystal lattice, the C l − ion in corner of cubic unit cell does not touches the C l − ion in face centre of the unit cell. Thus, 4 r − ≠ a √ 2 But, here the anion-anion is in contact ∴ 4 r ... patchwork pet wholesale

DOC The edge length of the unit cell of LiCl (NaCl-like ... - Toppr

WebThinking about the unit cell as a three-dimensional graph allows us to describe the structure of a crystal with a remarkably small amount of information. We can specify the structure … WebJul 21, 2024 · The unit cube length for LiC l L i C l (N aC l N a C l structure) is 5.14Å 5.14 Å. Assuming anion-anion contact, calculate the ionic radius for chloride ion. asked May 21, … WebApr 11, 2024 · The unit cube length of LiCl (NaCl structure) is 5.14 Å. Assuming anion-anion contacts, what is the radius of chloride ion? - 3266438 tiny pusheen