ii. Now consider a block with a density of 2.5. Let's call this block Block B." Raise the height of the block so it is once again out of the water. See, = 25. What is the weight of this block? Has the volume of the block changed? iii. PREDICT: If Block B is submerged in water, will the final water level be greater than, less than, or equal to the final water level when Block A was submerged? iv. Check your prediction by lowering Block B into the water until it is submergedDescribe what happened. Was your prediction correct? v. PREDICT: How would the volumes of water displaced compare if a single block were lowered to different depths? vi. To test our prediction, watch the video "1 - Block at Different Depths" on iLearn, in which a block is submerged at different depths. For now, don't worry about the buoyancy force, just pay attention to the changing water level. What do you notice? Was your prediction correct? vii. The difference in the initial and final water level reading is referred to seater displaced, What is the value of the volume of water displaced by the block in the video when it is fully submerged