\f11. Draw a Free Body Diagram for the mass and scale system as it is moved downward quickly. Indicate the rela- tionship between the "Force of the Scale\" and \"Weight of the Mass\" and indicate the direction of acceleration if applicable. 12. Using the principles you learned above explain how someone would feel in an elevator as it initially moves upward, as it is traveling upward, and as it comes to a stop. Specically, explain whether someone would feel lighter, heavier, or the same weight at these three points and briey explain why using a combination of Free Body Diagrams and brief explanations. 107 8. Draw a Free Body Diagram for the mass and scale system as it is moved upward quickly from the floor. Indicate the relationship between the \"Force of the Scale" and "Weight of the Mass" and indicate the direction of acceleration if applicable. 9. Before we proceed any farther, let's do another thought experiment. What would happen to the reading of the scale if you were to move it from shoulder level to the oor rather quickly? Would the reading on the scale increase, decrease, or stay the same? Briey explain your reasoning