6. Submerge the different masses into water slowly. What happens to the reading of the scale as you submerge them? Is the scale reading constant, or does the reading change based upon how much of the mass is submerged? 7. Based off of the spring scale reading you obtained for the submerged 500 gram mass, what would you guess the reading of the spring scale would be for the 1000 gram mass while completely submerged? Why? 8. Now take the 1000 gram mass while it is attached to the spring scale and fully submerge the mass underwater. What is the reading on the spring scale? Was your guess correct? Briefly explain why or why not. 9. As a follow up, draw a Free Body Diagram for the 1000 gram mass while it is submerged in the water. Explain any differences you saw between the two masses. 10. Before we do anything, let's conduct a thought experiment. Refer to Figure.3. There are three cups and three blocks. Assume that the blocks are all thesame size, and they are all in a state of equilibrium within water. Which block is the heaviest? Which block is the least heavy! How do you know! Figure 5.3: Blocks Suspended in a Fluid 11. Let's conduct another thought experiment. Again, refer to Figure5.3. For this particular question, assume that the blocks are all thesame size and weight, and they are all in equilibrium in three different fluids. Which fluid is the densest? Which fluid is the least dense? Explain how you are able to determine this