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Question: 2 shown for reference...

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#2 shown for reference.
Ifyou made a replica of the ball in problem #2. using a material with a specific gravity of 0.85, it would float in water. How high would the top of the ball rise above the water level? The volume of a sphere is Vpm㎡ where d is the spheres diameter, The volume of the cap of the sphere (the portion above the waterline) is r_呺h:13-h). You may need to use an iterative solution or a graph to solve this problem.
A ball has a diameter of 21.6 cm and a specific gravity of 1.38. What is its weight in air, and its apparent weight when immersed in a freshwater lake? 2.
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