Plates M and N rotate relative to one another about an Euler pole at

PHYSICS · Subjective · Fermi University Physics · Earth, Climate & Energy Physics · Seismology, tectonics and geodynamics · Seismology, tectonics and geodynamics

The Solid Earth, Ch Plates, creep and convection: the mantle in motion

Problem

Plates M and N rotate relative to one another about an Euler pole at 60.0∘N,30.0∘W60.0^\circ\mathrm{N}, 30.0^\circ\mathrm{W}, at a rate ω=0.30∘ Myr−1\omega = 0.30^\circ\,\mathrm{Myr^{-1}}. Find the speed of M relative to N at a site on their boundary at 60.0∘N,60.0∘E60.0^\circ\mathrm{N}, 60.0^\circ\mathrm{E}. Take a=6371 kma = 6371\,\mathrm{km}.

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