 
			 
			MCQOPTIONS
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				This section includes 17 Mcqs, each offering curated multiple-choice questions to sharpen your Engineering Mechanics knowledge and support exam preparation. Choose a topic below to get started.
| 1. | Find the force in the member PQ of the frame shown below. | 
| A. | 566N | 
| B. | 546N | 
| C. | 773N | 
| D. | 1090NView Answer | 
| Answer» C. 773N | |
| 2. | A _________ truss is in triangular section. | 
| A. | Equilateral | 
| B. | Simple | 
| C. | Complex | 
| D. | Lateral | 
| Answer» C. Complex | |
| 3. | Find the force in the member QS of the frame shown below. | 
| A. | 566N | 
| B. | 400N | 
| C. | 773N | 
| D. | 1090NView Answer | 
| Answer» B. 400N | |
| 4. | Find the force in the member RQ of the frame shown below. | 
| A. | 566N | 
| B. | 400N | 
| C. | 773N | 
| D. | 1090NView Answer | 
| Answer» E. | |
| 5. | The rules which are used to design the trusses are having various rules. Of them one is that the smooth pins are not used to join the members. | 
| A. | Statement is correct | 
| B. | Statement is incorrect | 
| C. | Statement is incorrect because there are no rules | 
| D. | Statement is incorrect as the rolling pins are used | 
| Answer» B. Statement is incorrect | |
| 6. | To design the trusses which of the following rules is followed? | 
| A. | All the loads are applied by the use of cables | 
| B. | The loads are applied at the joints | 
| C. | All the loads are not applied at the joints | 
| D. | The loads are not applied at all to the joints | 
| Answer» C. All the loads are not applied at the joints | |
| 7. | Find the force in the member RP of the frame shown below. | 
| A. | 707.1N | 
| B. | 500N | 
| C. | 505N | 
| D. | 784NView Answer | 
| Answer» C. 505N | |
| 8. | The rules which are used to design the trusses are having various rules. Of them one is that the smooth pins are not used to join the members.$ | 
| A. | Statement is correct | 
| B. | Statement is incorrect | 
| C. | Statement is incorrect because there are no rules | 
| D. | Statement is incorrect as the rolling pins are used | 
| Answer» E. | |
| 9. | To_design_the_trusses_which_of_the_following_rules_is_followed?$ | 
| A. | All the loads are applied by the use of cables | 
| B. | The loads are applied at the joints | 
| C. | All the loads are not applied at the joints | 
| D. | The loads are not applied at all to the joints | 
| Answer» B. The loads are applied at the joints | |
| 10. | 566N | 
| A. | 400N | 
| B. | 773N | 
| C. | 1090N | 
| Answer» C. 1090N | |
| 11. | When the bridges are extended over long routes or distance then _________ | 
| A. | A rocker or a roller is used at the joints | 
| B. | They are not extended to such a long distance | 
| C. | The bridges are painted | 
| D. | The roads are made narrow | 
| Answer» B. They are not extended to such a long distance | |
| 12. | As the loading in bridge different from the simple trusses the calculations involved in the bridges are all 2D calculations. | 
| A. | True | 
| B. | False | 
| Answer» C. | |
| 13. | In case of bridge the load is transferred when __________ | 
| A. | Stringers > floor beams > joints | 
| B. | Floor beams > stringers > joints | 
| C. | Joints > floor beams > stringers | 
| D. | Stringers > joints > floor beams | 
| Answer» B. Floor beams > stringers > joints | |
| 14. | As the loading is acting in the two dimensions, that is in a single plane. Thus the calculations involved in the trusses are in 2D. | 
| A. | True | 
| B. | False | 
| Answer» B. False | |
| 15. | In a roof supporting truss the load is transmitted when ________ | 
| A. | First to the truss then the joints through purlins | 
| B. | First to the purlins then the joints through trusses | 
| C. | First to the truss then the purlins through joints | 
| D. | First to the joints then the trusses through purlins | 
| Answer» B. First to the purlins then the joints through trusses | |
| 16. | _________ trusses lie on a plane. | 
| A. | Planar | 
| B. | 2D | 
| C. | Linear | 
| D. | 3D | 
| Answer» B. 2D | |
| 17. | __________ is a structure made of slender members which are joined together at their end points. | 
| A. | Truss | 
| B. | Beam | 
| C. | Pillar | 
| D. | Support | 
| Answer» B. Beam | |