SOLUTION: A ceramic candle holder in the shape of a cylinder has a radius of 2.40 inches. A hemisphere of radius 1.75 inches is removed from the center of the cylinder. Find the volume of ce
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-> SOLUTION: A ceramic candle holder in the shape of a cylinder has a radius of 2.40 inches. A hemisphere of radius 1.75 inches is removed from the center of the cylinder. Find the volume of ce
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Question 1134587: A ceramic candle holder in the shape of a cylinder has a radius of 2.40 inches. A hemisphere of radius 1.75 inches is removed from the center of the cylinder. Find the volume of ceramic in the candle holder. The slant height is 4 inches. Found 2 solutions by ikleyn, josgarithmetic:Answer by ikleyn(52781) (Show Source):
You can put this solution on YOUR website! .
A ceramic candle holder in the shape of a cylinder has a radius of 2.40 inches. A hemisphere of radius 1.75 inches
is removed from the center of the cylinder. Find the volume of ceramic in the candle holder. The slant height is 4 inches.
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For your info:
The notion "slant height" is relevant to pyramids or to cones ONLY.
It is NOT RELEVANT to cylinders.
You can put this solution on YOUR website! -----------------------------------------------------------------------------
A ceramic candle holder in the shape of a cylinder has a radius of 2.40 inches. A hemisphere of radius 1.75 inches is removed from the center of the cylinder. Find the volume of ceramic in the candle holder. The slant height is 4 inches.
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You need to be given the height of the cylinder, which has NOT been given. If the cylinder height is h, then:
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