(V = Pi*r2h): A cylinder with a radius of 3 cm and a height of 20 cm has a volume of 565.49 cm3
The volume of a cylinder 8 units tall and with 3 for the radius of the base is: 226.2 cubic units.
A cylinder has a volume equal to the area of its circular face multiplied by its height. Area of a circle is (pi)*r^2, where "r" is the radius of the circle. Since the diameter is twice the radius, the radius in this case is 1.25 inches. Area = (pi)*(1.25in)^2 = 4.9087in^2 This, multiplied by the height of the can, yields a volume of (5in)*(pi)*(1.25in)^2 = 24.5437in^3 or about 24.5 inches cubed.
If it is a solid cylinder, its volume is obtained by the formula ∏ r2 h.We'll use 3.1416 as pir2 = 309 x 309 = 95481h = 2370So the calculation is 3.1416 x 95481 x 2370 and the result will be in cubic millimetres.= 710910907.3Now, as there are 1000 cubic millimetres in a cubic centimetre this equals710910.9083 cc and there are 1000 cc in a litre, the volume is approximately 710.91 litres.As to the weight, that depends on the density of whatever the cylinder is made from.Note again, this is only for a solid cylinder.
the horizontal cross-sections of the prisms at the same height must have the same area. (APEX)
The Area of a rectangle is LxW . The area of a circle is PI x RxR where R is the radius of the circle. The Circumference or distance around a circle is 2xPIxR. To find the surface area of a cylinder with radius R (the radius of the circles at the top and bottom) and Length L(how tall the cylinder is) you first find the area of the circles on the bottom and top - then add it to the area of the tube part. If you unwrap the tube, it becomes a rectangle with the width 2xPIxR (since it was wrapped around the circles on top and bottom), and the Length L( how tall it is) . So it will be 2 circles plus the rectangle. 2 (PIxRxR) + 2xPIxRxL. Then round it to the nearest whole number. If the number on the right side of the decimal point is 5 or more, round up to the next whole number otherwise leave it the same. Then drop the numbers on the right side of the decimal point.
The volume of a cylinder 10 inches tall and radius of 6 inches is 1,130.97 cubic inches.
The volume of a cylinder 8 units tall and with 3 for the radius of the base is: 226.2 cubic units.
You can't. With only the radius, there is no way to know how tall the cylinder is, and therefore no way to determine its volume. Sorry :(
V = 296.98 cm3
That will depend on the radius of the cylinder which has not been given but to find its height divide pi*radius squared into its volume.
V = 1570.8 cm3
V = 113.097 ft3
Volume of cylinder = pi * radius^2 * height V = 3.14 * (6)^2 * 8 V = 3.14 * 36 * 8 V = 904.32
8 8 6 = 48
Volume: pi*62*8 = 1608.495 cubic feet to three decimal places
To find the volume of a cylinder you first have to find the radius. Once you have that, you multiply that times itself, then take that answer and multiply that again by pi (3.14159265358...). then finally take that answer and multiply it again by how tall the cylinder is.
The volume of any cylinder is pi times the radius squared times the height. For your cylinder, the volume is 27.4889 cubic meters. There are 1,000 liters in a cubic meter, so you'll have 27,488.9 liters in that cylinder.