28. The equivalent bcc direction corresponding to its primitive [200] direction is:
(a) ½1 11
(b) ½11 1
(c) ½ 111
(d) [111]
29. The equivalent fcc direction corresponding to its primitive [200] direction is:
(a) [110]
(b) [101]
(c) [011]
(d) [111]
30. The equivalent fcc direction corresponding to its primitive [220] direction is:
(a) [121]
(b) [211]
(c) [112]
(d) [220]
31. The equivalent fcc direction corresponding to its primitive [222] direction is:
(a) [200]
(b) [220]
(c) [222]
(d) [221]
Answers
1. (a)
2. (b)
3. (c)
4. (d)
5. (a)
6. (b)
7. (c)
8. (d)
9. (a)
10. (b)
11. (c)
12. (d)
13. (a)
14. (b)
15. (c)
16. (d)
17. (a)
18. (b)
206
5 Unit Cell Transformations
(a) ½1 11
(b) ½11 1
(c) ½ 111
(d) [111]
29. The equivalent fcc direction corresponding to its primitive [200] direction is:
(a) [110]
(b) [101]
(c) [011]
(d) [111]
30. The equivalent fcc direction corresponding to its primitive [220] direction is:
(a) [121]
(b) [211]
(c) [112]
(d) [220]
31. The equivalent fcc direction corresponding to its primitive [222] direction is:
(a) [200]
(b) [220]
(c) [222]
(d) [221]
Answers
1. (a)
2. (b)
3. (c)
4. (d)
5. (a)
6. (b)
7. (c)
8. (d)
9. (a)
10. (b)
11. (c)
12. (d)
13. (a)
14. (b)
15. (c)
16. (d)
17. (a)
18. (b)
206
5 Unit Cell Transformations
