As shown in Video V9.2 a kayak is a relatively streamlined object. As a first approximation in calculating the drag on a kayak, assume that the kayak acts as if it were a smooth, flat plate 17.1 ft long and 2.0 ft wide. Determine the drag as a function of speed.

Structural Analysis
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ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
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As shown in Video V9.2 a kayak is a relatively streamlined object. As a first approximation in calculating the drag on a kayak, assume
that the kayak acts as if it were a smooth, flat plate 17.1 ft long and 2.0 ft wide. Determine the drag as a function of speed.
Speed, ft/s
Drag, Ib
2
i
4
i
6
i
8
i
Transcribed Image Text:As shown in Video V9.2 a kayak is a relatively streamlined object. As a first approximation in calculating the drag on a kayak, assume that the kayak acts as if it were a smooth, flat plate 17.1 ft long and 2.0 ft wide. Determine the drag as a function of speed. Speed, ft/s Drag, Ib 2 i 4 i 6 i 8 i
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