Question: When an iceberg is driven across the ocean?s surface by a steady wind, it is subject to the combination of forces described in Box 27.2
When an iceberg is driven across the ocean?s surface by a steady wind, it is subject to the combination of forces described in Box 27.2 plus a drag force proportional to ?bv, where b is a constant. Thus Newton?s law reads

Show that the resulting motion consists of transient inertial motion plus uniform drift,

Find the constants ?, ?, v?, and ? in terms of b, m, ?? sin ?, and Fwind.
m = 2mwq sin l bx, m = Fwind 2mwq sin Ai b %3D -
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The equation of motion for an iceberg can be written as m a Fwind 2 mw sin b v where m is the ... View full answer
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