EDR_Training_Day5

Generate an image of a modern car collision scene with clear visuals of various crash events, depicting different collision types like front, side, and rear impacts in a dynamic and educational style.

Understanding Crash Event Recording

Test your knowledge on recording incidents in automotive crash scenarios with our engaging quiz! This quiz is designed to assess your understanding of how to handle various crash events and the importance of recording them accurately.

Key Features:

  • 10 multiple-choice questions.
  • Covers different types of crash incidents.
  • Learn about managing NvM buffers effectively.
10 Questions2 MinutesCreated by CalculatingCrash87
Q1: We have 3 NvM buffer. Which incident should be recorded if we inject multi crash 3 event Incident 1 : Front_AD , Incident 2: Side_NAD, Incident 3: Rear_AD. Autarky happen at T0 of event 2.
Incident 1 : Front AD
Incident 2: Side NAD
Incident 3: Rear AD
All of above
None of above
Q2: We have 3 NvM buffer. Which incident should be recorded if we inject multi crash 3 event Incident 1 : Front_AD , Incident 2: Side_NAD, Incident 3: Rear_AD. Autarky happen at T0 of event 3.
Incident 1 : Front AD
Incident 2: Side NAD
Incident 3: Rear AD
All of above
None of above
Q3: We have 3 NvM buffer. Which incident should be recorded if we inject multi crash 3 event Incident 1 : Front_AD , Incident 2: Side_AD, Incident 3: Rear_AD. Autarky happen at T0 of event 2.
Front_AD
Side_AD
Rear_AD
Record all
Q4: We have 3 NvM buffer. Which incident should be recorded if we inject multi crash 3 event Incident 1 : Front_ND, Incident 2: Side_NAD, Incident 3: Rear_NAD. Autarky happen at T0 of event 3.
Front_ND and Side_NAD
Side_NAD and Rear_NAD
Front_ND and Rear_NAD
Record all
Non of above
Q5: We have 3 NvM buffer. Which incident should be recorded if we inject multi crash 3 event Incident 1 : Front_AD, Incident 2: Side_ND, Incident 3: Rear_NAD. Autarky happen at T0 of event 3 and recover after 50ms..
Front_AD
Side_ND
Rear_NAD
Record all
None of above
Q6: We have 3 NvM buffer. Which crash should be recorded if we inject multi crash 2 event Incident 1 : Front_ND, Incident 2: Side_AD. Autarky happen at T0 of event 1.
Front_ND
Side_AD
Record all
None of above
Q7: We have 3 NvM buffer. Which crash should be recorded if we inject multi crash 2 event Incident 1 : Front_NAD, Incident 2: Side_AD. Autarky happen at T0 of event 2.
Front_NAD
Side_AD
Record all
None of above
Q8: We have 3 NvM buffer. Which crash should be recorded if we inject multi crash 3 event Incident 1 : Front_ND, Incident 2: Side_NAD. Autarky happen at T0 of event 1.
Front_ND
Side_NAD
Record all
None of above
Q9: We have 3 NvM buffer. Which crash should be recorded if we inject multi crash 4 event Incident 1 : Front_NAD, Incident 2: Side_AD incident 3: Rear_AD , Incident 4 : Front _AD. Autarky happen at T0 of event 4.
Incident 1,2,3
Incident 2,3,4
None of above
Q10: We have 3 NvM buffer. Which crash should be recorded if we inject multi crash 3 event Incident 1 : Front_NAD, Incident 2: Side_NAD. Autarky happen at T0 of event 2.
Front_NAD
Side_NAD
Both
None
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