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

Question

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