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Glen's observation is to the point. If you were to apply greater pressure to the edge than the spine (torque), then this might be enough to compensate for the edge's greater resistance to abrasion. Exactly how much pressure would overcome the differences in abrasion is an exercise in dynamic physics I'm incapable of. However, given the clearly great differences in steel v. tape it would have to be a generous amount of torque, I think.
I find myself resting my fingers _on the edge_, very lightly, and not touching the spine at all. So the spine "floats" on the hone, establishing the bevel angle. The edge -- with just a bit of pressure on it -- gets ground away.