Question: A 2 kilograms disk is sitting on a very large, frictionless table top. The table top has an x y z coordinate system drawn on it, with the x axis along one edge of the table, and the z axis along another edge of the table (the y axis is upward). The disk is sitting at the coordinate location <0.5, 0.0, and 0.0> meters. The professor pushes the disk for 1 s with a force of 1 N at an angle of 30° with respect to the x axis on the tabletop.

Question 1: Use the momentum principle and the position update equation to determine the velocity and position of the disk after 2 seconds using a time-step size of 2 seconds.

Hello Experts please provide me the detailed computation for above question.