Do your best to read the graduated cylinders, remember they are upside down when reading. Report to the correct # of decimal places.It's at the mark 96ml. **Volume of Water Displaced**In the image, we see a graduated cylinder partially submerged in water. The cylinder has measurement markings indicating the volume of liquid inside. The visible markings show increments of 0.2 units, with the current level of water reaching slightly above the 0.6 mark, suggesting a volume reading just above 0.6 units.This setup is typically used to demonstrate the concept of water displacement, an essential principle in fluid mechanics. Water displacement occurs when an object is immersed in a fluid, pushing the fluid out of the way and causing the fluid level to rise. This phenomenon is commonly used to measure the volume of irregularly shaped objects by observing the amount of water they displace when submerged.In educational contexts, such experiments help students understand the relationship between volume and mass, and foundational scientific principles such as Archimedes' principle.

As per the given information, a 100 ml graduated cylinder has been kept upside down in the water to measure the volume of water displaced by it. By looking at the image of the cylinder, it can be established that the least count of this cylinder is 1.0 Hence, each decimal place on this cylinder represents a value of 1.0If the cylinder has a total volume of 100 ml and it has been kept upside down and water level touches at 96 ml. So, the volume of water displaced = 100 ml- 96 ml = 4 ml.