nwing plot shows the force of friction as afunction of the applied force as the applied increased. (4.3) i) Fill in the blanks in the plot below with the values you obtained nur experiment, and for the scenario where the applied force is increasing (moving 't to right along the plot) ii) Circle moving or stationary in both locations on the x- ied on whether the object is moving or at rest as the applied force is steadily rg. (2 marks) Fr' nction. max = \"\"5 = nun-ac-aacano-nsn-nl so" Ffriction [N] Object is... 3 Object is... F [N] Moving I Stationary : Moving ! Stationery applied (circle one) (circle one) Re- draw a schematic of the plot of Fm...\" vs prued and label the curve you have as "Object A" (should look identical to above only without the boxes and only eels). Now imagine that you do the same experiment with "Object B" which has e friction coefficients but is half the mass. ii) 0n the same plot, draw what the or Object B would look like. (2 marks) :ise 5: Discussion agine you did your experiment by pulling horizontally on an object. You just the max static friction on the object so it begins to slide, you keep pulling a same force. What happens to the motion of the system? Please keep your to half a page or less and feel free to use words, equations, diagrams, or all three, helps you explain the physics