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Drag also depends on the density of the fluid, the drag coefficient and the object's:
AFacing area
BFixed angle
CFalling time
DFailing point
Answer & Solution
Correct answer: A. Facing area
1. A wider object pushes more fluid aside each second.
2. What matters is the cross-section presented to the flow.
3. So the facing area enters the formula.
_Source: OpenStax University Physics Volume 1, Chapter 6, Applications of Newton's Laws._
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