The glass beaker shown below is filled to its maximum height with water. (Any more water would escape through the downspout.) Then an object is gently placed in the beaker. All of the spilled water is collected and measured in the graduated cylinder. Suppose the object floats in the water. Which properties of the object can be determined by measuring the amount of spilled water? (Hint: draw a free-body diagram for the floating object.) (i) Mass? (ii) Volume? (iii) Density? (iv) Weight? Suppose the object sinks in the water. Which physical properties of the object can be determined by measuring the amount of spilled water? (Hint: draw a free-body diagram for the sunken object.) (i) Mass? (ii) Volume? (iii) Density? (iv) Weight?

The glass beaker shown below is filled to its maximum height with water. (Any more water would escape through the downspout.) Then an object is gently placed in the beaker. All of the spilled water is collected and measured in the graduated cylinder. Suppose the object floats in the water. Which properties of the object can be determined by measuring the amount of spilled water? (Hint: draw a free-body diagram for the floating object.) (i) Mass? (ii) Volume? (iii) Density? (iv) Weight? Suppose the object sinks in the water. Which physical properties of the object can be determined by measuring the amount of spilled water? (Hint: draw a free-body diagram for the sunken object.) (i) Mass? (ii) Volume? (iii) Density? (iv) Weight?