Event A & B Scenarios

To cover all possible arrangements of Event A and B, we need to consider the following scenarios:

1. Event A completes before Event B starts, no overlap:

   • Duration of Event A: 5 ms
   • Duration of Event B: 3 ms

2. Event B completes before Event A starts, no overlap:

   • Duration of Event A: 5 ms
   • Duration of Event B: 7 ms

3. Event A and Event B don't overlap, and Event A completes first:

   • Duration of Event A: 8 ms
   • Duration of Event B: 4 ms

4. Event A and Event B don't overlap, and Event B completes first:

   • Duration of Event A: 6 ms
   • Duration of Event B: 7 ms

5. Event A and Event B partially overlap, and Event A completes first:

   • Duration of Event A: 7 ms
   • Duration of Event B: 4 ms

6. Event A and Event B partially overlap, and Event B completes first:

   • Duration of Event A: 5 ms
   • Duration of Event B: 6 ms

7. Event A and Event B completely overlap, same duration:

   • Duration of Event A: 7 ms
   • Duration of Event B: 7 ms

8. Event A and Event B completely overlap, A is shorter:

   • Duration of Event A: 6 ms
   • Duration of Event B: 10 ms

9. Event A and Event B completely overlap, B is shorter:

   • Duration of Event A: 9 ms
   • Duration of Event B: 4 ms

Now, let's analyze the output in each scenario:

• Scenario 1: Output depends on Event A (as Event B hasn't started).
• Scenario 2: Output depends on Event B (as Event A hasn't started).
• Scenario 3: Output depends on Event A (as Event B hasn't started).
• Scenario 4: Output depends on Event B (as Event A hasn't started).
• Scenario 5: Output depends on Event A (as Event B hasn't completed).
• Scenario 6: Output depends on Event B (as Event A hasn't completed).
• Scenario 7: Output depends on Event A and B (as both complete simultaneously).
• Scenario 8: Output depends on Event A (as Event B hasn't completed).
• Scenario 9: Output depends on Event B (as Event A hasn't completed).

By examining these scenarios, you can cover all possible combinations and arrangements of Event A and B, considering their durations and overlaps, and understand how the output would vary based on which event completes first and whether there was an overlap.