A cylindrical can has a horizontal base of radius 3.4 cm. It contains sufficient water so that when a sphere is placed inside, the water just covers the sphere. If the sphere fits exactly into the can, calculate
(a) The total surface area of the can in contact with the water when the shpere is inside, giving your answer correct to the nearest cm^2 (cm square).
(b) The depth of the water in the can before the sphere was put in, giving your answer correct to the nearest mm.
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