when placed in a liquid with a density of Pliquid will sink in An object with a density Pobject the case where Pliquid < Pobject otherwise it floats partly or wholly submerged. A wooden block with original volume 32.0 cm³, had a hole with a volume of 2.0 cm³ drilled into it. This hole was then filled with lead. Hint: Consider this equation when answering the questions that follow: [(Density of wood) x (Volume of wooden block without lead)] + [(Density of lead) x (Volume of lead)] = Total mass of block a. Calculate the total mass of the wooden block containing the lead b. Calculate the new density of the wooden block containing the lead. c. Will this block sink or float when placed in water? Explain your answer. d. Consider the situation when the original wooden block (32 cm³ of pure wood) is drilled with a hole of a certain volume and filled completely with lead such that it results in a state where the block is just about to sink in water. What would the volume of this hole need to be?

when placed in a liquid with a density of Pliquid will sink in An object with a density Pobject the case where Pliquid < Pobject otherwise it floats partly or wholly submerged. A wooden block with original volume 32.0 cm³, had a hole with a volume of 2.0 cm³ drilled into it. This hole was then filled with lead. Hint: Consider this equation when answering the questions that follow: [(Density of wood) x (Volume of wooden block without lead)] + [(Density of lead) x (Volume of lead)] = Total mass of block a. Calculate the total mass of the wooden block containing the lead b. Calculate the new density of the wooden block containing the lead. c. Will this block sink or float when placed in water? Explain your answer. d. Consider the situation when the original wooden block (32 cm³ of pure wood) is drilled with a hole of a certain volume and filled completely with lead such that it results in a state where the block is just about to sink in water. What would the volume of this hole need to be?