VIPSolutions6. In a class experiment, the students were asked to drop a coffee filter from a certain height. The drag force on the filter as it falls can be modeled by the function Fpku, where FD is the drag force in newtons, u is the velocity of the filter in meters per second, and k a constant. Which of the following graphs correctly describes the velocity of the filter as a function of time?give final answer only
Question:
6. In a class experiment, the students were asked to drop a coffee filter from a certain height. The drag force on the filter as it falls can be modeled by the function Fpku, where FD is the drag force in newtons, u is the velocity of the filter in meters per second, and k a constant. Which of the following graphs correctly describes the velocity of the filter as a function of time?give final answer only
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Asked by: manish kumar
Created at: 2026-01-16 07:47:53
Asked by: manish kumar
Created at: 2026-01-16 07:47:53
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The correct graph is one where the velocity increases rapidly at first, then gradually approaches a constant value (terminal velocity) asymptotically as time increases. This is an increasing curve that flattens out, resembling a horizontal asymptote.
**Final Answer:**
A graph showing velocity (\(u\)) vs. time (\(t\)) that starts at zero, increases quickly, and then levels off to a constant value.
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