 
			 
			MCQOPTIONS
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				This section includes 17 Mcqs, each offering curated multiple-choice questions to sharpen your Manufacturing Engineering knowledge and support exam preparation. Choose a topic below to get started.
| 1. | Powder X-ray technique can be used to determine crystal structures. | 
| A. | True | 
| B. | False | 
| Answer» B. False | |
| 2. | Which of the following equation describes Bragg’s law of diffraction? (Assume that all symbols have their usual meaning.) | 
| A. | 2d sinθ = λ | 
| B. | 2d = nλ | 
| C. | 2d = nλ sinθ | 
| D. | 2d sinθ = nλ | 
| Answer» E. | |
| 3. | For pane (1 1 1) of SC having a lattice parameter ‘a’, planar atomic density is given by? | 
| A. | 0.58/a2 | 
| B. | 0.78/a3 | 
| C. | 0.68/a2 | 
| D. | 0.88/a2 | 
| Answer» B. 0.78/a3 | |
| 4. | For pane (1 1 0) of SC having a lattice parameter ‘a’, planar atomic density is given by? | 
| A. | 0.508/a2 | 
| B. | 0.707/a2 | 
| C. | 0.707/a3 | 
| D. | 0.508/a3 | 
| Answer» C. 0.707/a3 | |
| 5. | For pane (1 1 0) of BCC having a lattice parameter ‘a’, planar atomic density is given by? | 
| A. | 3.690/a2 | 
| B. | 2.312/a2 | 
| C. | 1.414/a2 | 
| D. | 0.580/a2 | 
| Answer» D. 0.580/a2 | |
| 6. | For pane (1 0 0) of BCC having a lattice parameter ‘a’, planar atomic density is given by? | 
| A. | 1/a3 | 
| B. | 2/a2 | 
| C. | 3/a4 | 
| D. | 1/a2 | 
| Answer» E. | |
| 7. | For pane (1 1 1) of BCC having a lattice parameter ‘a’, planar atomic density is given by? | 
| A. | 1.07/a2 | 
| B. | 0.58/a2 | 
| C. | 2.07/a2 | 
| D. | 0.78/a2 | 
| Answer» C. 2.07/a2 | |
| 8. | For pane (1 1 1) of FCC having a lattice parameter ‘a’, planar atomic density is given by? | 
| A. | 2.31/a2 | 
| B. | 2.31/a3 | 
| C. | 1.31/a2 | 
| D. | 1.31/a3 | 
| Answer» B. 2.31/a3 | |
| 9. | Stacking sequence in face centered cubic (FCC) close packed structure is? | 
| A. | AAAAA | 
| B. | ABABAB | 
| C. | ABCABC | 
| D. | AABBAA | 
| Answer» D. AABBAA | |
| 10. | Stacking sequence in hexagonal close packed (HCP) structure is? | 
| A. | AAAAA | 
| B. | ABABAB | 
| C. | ABCABC | 
| D. | AABBAA | 
| Answer» C. ABCABC | |
| 11. | BRAGGS_LAW_OF_DIFFRACTION_IS_GIVEN_BY_WHICH_OF_THE_FOLLOWING_EQUATION?_SYMBOLS_HAVE_USUAL_MEANINGS.?$ | 
| A. | 2d sinθ=λ | 
| B. | 2d=nλ | 
| C. | 2d=nλ sinθ | 
| D. | 2d sinθ=nλ | 
| Answer» E. | |
| 12. | Powder_crystal_method_is_used_to_determine_crystal_structures$ | 
| A. | True | 
| B. | False | 
| Answer» B. False | |
| 13. | Planar density of simple cubic in (110) with side ‘a’ plane is given by# | 
| A. | 0.508/a<sup>2</sup> | 
| B. | 0.707/a<sup>3</sup> | 
| C. | 0.707/a<sup>4</sup> | 
| D. | 0.707/a<sup>5</sup> | 
| Answer» C. 0.707/a<sup>4</sup> | |
| 14. | Planar density of face centered cubic in (111) plane with side ‘a’ is given by$ | 
| A. | 1/a<sup>2</sup> | 
| B. | 2/a<sup>2</sup> | 
| C. | 3/a<sup>4</sup> | 
| D. | 4/a<sup>5</sup> | 
| Answer» C. 3/a<sup>4</sup> | |
| 15. | Planar density of face centered cubic in (111) with side ‘a’ plane is given by$ | 
| A. | 2.31/a <sup>2</sup> | 
| B. | 2.31/a <sup>3</sup> | 
| C. | 2.31/a <sup>4</sup> | 
| D. | 2.31/a <sup>5</sup> | 
| Answer» B. 2.31/a <sup>3</sup> | |
| 16. | Pattern of atoms arranged in a face centered closed packing is given by | 
| A. | AAAAA | 
| B. | ABABAB | 
| C. | ABCABC | 
| D. | AABBAA | 
| Answer» D. AABBAA | |
| 17. | Pattern of atoms arranged in hexagonal closed packing is given by | 
| A. | AAAAA | 
| B. | ABABAB | 
| C. | ABCABC | 
| D. | AABBAA | 
| Answer» C. ABCABC | |