A pet toy manufacturer is designing a plastic ball for dogs that will float in water....

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A pet toy manufacturer is designing a plastic ball for dogs that will float in water. In order for the ball to float it must have a density that is less than 1 gram per milliliter (the density of water). The approved design has a mass (m) of 115 grams and a density (d) of 0.600 g/mL. Use the density formula d where v is the volume of a sphere, to determine the radius of the ball to the nearest hundredth of a m - 3 centimeter. I Volume of a sphere = r A pet toy manufacturer is designing a plastic ball for dogs that will float in water. In order for the ball to float it must have a density that is less than 1 gram per milliliter (the density of water). The approved design has a mass (m) of 115 grams and a density (d) of 0.600 g/mL. Use the density formula d where v is the volume of a sphere, to determine the radius of the ball to the nearest hundredth of a m - 3 centimeter. I Volume of a sphere = r