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Perpendicular Allomancy

You have an allomancer skilled enough to apply forces to parts of objects rather than the entirety of an object. He wants to pick up a brass idol from a pedestal without getting close (scary spiders are at the base of the pedestal). The idol has a mass of 25 kg and its height is 1/6 of the distance between the allomancer and the idol. The bottom of the idol is level with the allomancer's center of mass. For simplicity, assume that gravity on Scadrial creates a downwards acceleration of 10 m/s. In order to overcome gravity, the allomancer needs to exert more than 250 N of upwards force on the ball. Let's double it and say that they want to produce 500 Newtons upward. In order to apply that much vertical force by pushing on the top of the ball, the total force of the push must be (500/sin(9.824°) = 3041.38) N. But this push also results in a perpendicular force of 3000 N away from the allomancer. If he pulls on the bottom of the idol to counteract this force, then the net forces will lift the idol straight upwards. (Also, the idol will start spinning like crazy, so if the allomancer wants to keep applying the force, he needs to be good at juggling his target points.)