(i) Draw each one of the planes given below in a separate lattice cell and provide coordinate values at which the plane intercepts the coordinate axes. (a) (112) (b) (32I) (c) (222)
(i) Draw each one of the planes given below in a separate lattice cell and provide coordinate values at which the plane intercepts the coordinate axes. (a) (112) (b) (32I) (c) (222)
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(i) Draw each one of the planes given below in a separate lattice cell and provide coordinate
values at which the plane intercepts the coordinate axes.
(a) (112)
(b) (321)
(c) (222)
(ii) Calculate the planar density of (i) (a) for an FCC lattice with a lattice constant of a.
(iii) Draw each one of the directions given below in a separate lattice cell and show coordinate
values on the axes.
(a) [112)
(b) [113]
(c) [221]
(iv) Calculate the linear density of (ii) (a) for a BCC lattice with a lattice constant of a.
(v) What is the number of planes in {121} for a cubic crystal structure?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb3f96eb1-82ec-460a-9b22-23ea15970899%2Fe84ff627-6abf-4710-b3ef-0733854d4921%2F4qn6mnv_processed.png&w=3840&q=75)
Transcribed Image Text:3)
(i) Draw each one of the planes given below in a separate lattice cell and provide coordinate
values at which the plane intercepts the coordinate axes.
(a) (112)
(b) (321)
(c) (222)
(ii) Calculate the planar density of (i) (a) for an FCC lattice with a lattice constant of a.
(iii) Draw each one of the directions given below in a separate lattice cell and show coordinate
values on the axes.
(a) [112)
(b) [113]
(c) [221]
(iv) Calculate the linear density of (ii) (a) for a BCC lattice with a lattice constant of a.
(v) What is the number of planes in {121} for a cubic crystal structure?
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