1. (10pts) The figure below represents a Dremel Tool in action. If you push the cutting disk against a surface with a constant force of Fpush = 60lbf, complete the table below and one iteration of DE- Goodman using dguess = 1.0in and n = 2 to determine the minimum diameters of the shaft. Assume that the motor provides sufficient torque Te to overcome the kinetic friction Fk. The coefficient of kinetic friction is k = 0.6, 1.1, 1.1, 0.1, d = 3in, l = 2in, Sut = 120ksi, and Se = 40ksi. = Dremel Tool = 0 Answers units Cutting Disk dc Mm Te D d Te Ma Tm Surface FK Fpush Fn Ta Fn k kfs D d