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This section includes 20 Mcqs, each offering curated multiple-choice questions to sharpen your Avionics knowledge and support exam preparation. Choose a topic below to get started.
1. |
What type of communication does the MQ-9 ‘reaper’ UCAV use? |
A. | Satellite |
B. | Radio |
C. | Infrared |
D. | Microwave |
Answer» B. Radio | |
2. |
What is the altitude of HALE? |
A. | 20,000ft |
B. | 30,000ft |
C. | 40,000ft |
D. | 50,000ft |
Answer» E. | |
3. |
Which one of the following is false with respect to TRN? |
A. | self contained |
B. | Unjammable |
C. | Low accuracy |
D. | No external systems needed |
Answer» D. No external systems needed | |
4. |
What is the failure probability for a UAV? |
A. | 10/hour |
B. | 102/hour |
C. | 10-3/hour |
D. | 10-5/hour |
Answer» E. | |
5. |
What is the cost-effective solution for UAV displays? |
A. | HMDs |
B. | HUDs |
C. | HDDs |
D. | No display for UAV |
Answer» B. HUDs | |
6. |
WHAT_IS_THE_COST-EFFECTIVE_SOLUTION_FOR_UAV_DISPLAYS??$ |
A. | HMDs |
B. | HUDs |
C. | HDDs |
D. | No display for UAV |
Answer» B. HUDs | |
7. |
Which one of the following is false with respect to TRN?$ |
A. | self contained |
B. | Unjammable |
C. | Low accuracy |
D. | No external systems needed |
Answer» D. No external systems needed | |
8. |
What_is_the_failure_probability_for_a_UAV?$ |
A. | 10/hour |
B. | 10<sup>2</sup>/hour |
C. | 10<sup>-3</sup>/hour |
D. | 10<sup>-5</sup>/hour |
Answer» E. | |
9. |
In a radio controlled UAV, FHSS technology has more advantage than DSSS technology. |
A. | True |
B. | False |
Answer» C. | |
10. |
What type of communication does the MQ-9 ‘reaper’ UCAV use?$ |
A. | Satellite |
B. | Radio |
C. | Infrared |
D. | Microwave |
Answer» B. Radio | |
11. |
What is the altitude of HALE? |
A. | 20,000ft |
B. | 30,000ft |
C. | 40,000ft |
D. | 50,000ft |
Answer» E. | |
12. |
A flight management system is not necessary for simple UAVs. |
A. | True |
B. | False |
Answer» B. False | |
13. |
What type of avionic architecture is used in the JSF? |
A. | Pave pillar avionic architecture |
B. | Advanced integrated avionic architecture |
C. | Hierarchical avionic architecture |
D. | Centralized avionic architecture |
Answer» C. Hierarchical avionic architecture | |
14. |
Which avionic architecture allows the existence of heavily armed single seat fighters with a variety of weapons? |
A. | Federated architecture |
B. | Pave pillar architecture |
C. | Centralized architecture |
D. | Distributed architecture |
Answer» C. Centralized architecture | |
15. |
What advantage does the concept of IS2 add to the pave pace avionic architecture? |
A. | Cost reduction |
B. | Better performance |
C. | Easy maintenance |
D. | Software compatibility |
Answer» B. Better performance | |
16. |
A time shared multiplex highway is used in Federated avionic architecture. |
A. | True |
B. | False |
Answer» B. False | |
17. |
Which type of avionic architecture was the first to use DIAS? |
A. | Centralized architecture |
B. | Pave pillar architecture |
C. | Federated architecture |
D. | Open system architecture |
Answer» D. Open system architecture | |
18. |
Which one of the following is not true with respect with centralized architecture? |
A. | Complex design |
B. | Software can be written easily |
C. | Requires long data buses |
D. | Computers are in readily accessible bay |
Answer» B. Software can be written easily | |
19. |
The architecture where each component had its own sensors, processing and display is called as ________ |
A. | Centralized architecture |
B. | Federated architecture |
C. | Disjoint or independent architecture |
D. | Open system architecture |
Answer» D. Open system architecture | |
20. |
Which one of the following is not a true with respect to integrated modular avionics architecture? |
A. | Reduces weight |
B. | Easy maintenance |
C. | Hardware independent software |
D. | Increased life cycle |
Answer» E. | |