Please answer the discussion question based on this info given.

PART 3 - FRICTION Friction Screen Create an applied force to push various objects, and adjust the amount of the amount of friction and see how it affects their motion. Forces &Sum of Forces CONTROL Spend concentration, Friction affinities, and SEE the sum of degradation the forces Applied Fores 200 kg Applied Force 350 Newtons D DISPLAY the FIND the mass of masses of the the mystery objects Forces and Motion: Basics PHET object Check boxes: Force, Sum of Force, Values, Masses and Speed. Try sim put: Push the wight. Move the friction slider. Change the masses. Repeat ifi. Click reset, recheck all the boxes as in set-up, select "Lots" of friction. Applied Force 500 Newtons -500 500 To apply 500 N force > move the slider of Applied Force until 500 and release) iv. Complete the following table when you apply 500 N force to the following masses: Sum of Top What happen when you reach top Mass (kg) force (N) speed speed and stop pushing? 40 kg 75N 40 m/s Applied force stop slowly stop moving 80 kg 150N 40 m/s Applied force stop slowly stop moving 100 kg 188N 40 m/s Applied force stop slowly stop moving 50 kg 94N 40 m/s Applied force stop slowly stop moving 200 kg 0 0 m/s Applied force is to heavy to be push 90 kg 169N 40 m/s Applied force stop slowly stop movingIf an applied force is created by using the slider or dragging the pusher, the force Applied Force will return to zero upon release. To apply a sustained force, use the arrow buttons 100 Newtons next to the readout. The single arrow button adjusts the force by 1N, and the double arrow adjusts the force by 50 N. V. Discussion: (a) Some of the masses would NOT move with a 500N force. Which ones and Why? (b) What is the difference between a 500N force and a - 500N force in the simulation? (c) What are some jobs/industries that need to account for things found in this simulation (like applied forces, friction, etc.)