Please help me answer the following question (2 sig figs!):

Problem 3 A horizontal spring of spring constant k = 1|] N f m and a block of mass m = DAD kg sit on a. table. Initially, the spring is compressed horizontally by the block to a displacement rst = 31] cm from equilibrium. The block is released, and it slides across a table until it comes to rest [the block is not attached to the spring]. The portion of the table beneath the spring is frictionless. The coefcients of static and kinetic friction for the block and the rest of the table are pa = Il and as = .5. respectively. o?' .' K W}. / M5; )bLK W {richultil (a): 6 points Draw a free-bod";r diagram of the block as it slides across the table {after it has left the spring, before it has come to rest}. Be sure to label your force vectors clearly. Include a net force vector off to the side of the diagram. [h]: T points How far does the block slide before coming to rent (measured from the equilibrium point of the spring)? \f