Displacement as Function of Time Graph Question

In summary, After receiving feedback and advice, the velocity and acceleration graphs were redrawn based on the original graph A. The velocity graph shows a decrease in slope before peaking, indicating a decrease in speed before hovering. The acceleration graph shows a slight positive slope throughout, indicating a constant acceleration. These graphs could represent a scenario where a helicopter hovers at a certain height before descending. However, labeling of axes and titles should be included for accuracy.
  • #71
NascentOxygen said:
This is the graph I refer to. You show the spike of acceleration in the right place, but it should not be above the line, it should be below. You need it to act so it slows the object rapidly to stop it. Like bumping your head on an overhead steel beam! <crunch!>

rvd1mt.png


Ahhh, so its slow acting. SO like this:

rizrph.png
 
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  • #72
physicsnobrain said:
Ahhh, so its slow acting. SO like this:
When you bump your head on an overhead beam, it doesn't feel like a gentle slow-acting stop to me!

Your graph is improving. Not far to go now ...
 
  • #73
Ahhh, it must be this then.

2qa4r5s.png
 
  • #74
physicsnobrain said:
Ahhh, it must be this then.

2qa4r5s.png
Not quite, but you are close. It's not as complicated as you show. But you have had enough help with this assignment that I think that should do for now. If you think about it more carefully, you might be able to get 100%. Post again if you come up with a better plot.

Remember that I said that vertical line on the extreme right is questionable, for the acceleration vs time plot, as I explained earlier. I would omit it.
 
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