Volume = πr²h. Surface area = 2πr(r + h). Litres assume the dimensions are in centimetres (1 litre = 1000 cm³). With an inner radius the volume is the pipe wall: π(R² − r²)h.
Find a cylinder's volume — also in litres — total and lateral surface area from its radius and height, with an open-top option and a hollow pipe mode when you add an inner radius, formulas shown, free and instant.
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Find a cylinder's volume — also in litres — total and lateral surface area from its radius and height, with an open-top option and a hollow pipe mode when you add an inner radius, formulas shown, free and instant.
Radius 3 and height 10 give volume 90π, about 282.7433 cubic units — 0.283 litres if the units are centimetres. An outer radius of 5 with an inner radius of 4 and height 10 makes a pipe whose wall volume is about 282.74 cubic units; an open top counts one base instead of two.
Volume = πr²h. Surface area = 2πr(r + h). Litres assume the dimensions are in centimetres (1 litre = 1000 cm³). With an inner radius the volume is the pipe wall: π(R² − r²)h.
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