That depends entirely on the diameter !
3.14 * 3.52 *12= 461.58m3Volume=pi * r^2 * hr=.5d 7 * .5 = 3.5h=12
First, you'll have to decide what you want to store in the silo. The size really depends on the volume, not on the mass you are going to store in it. Divide the 30 tonnes by the density of whatever you will store there, to convert that to a volume. Next, decide what shape the silo is going to have. I believe silos usually have a cylindrical shape, so you can use the formula for a cylinder. Then, just experiment with diferent values for radius and height, to get a size you like. That is, into the formula for a cylinder, insert a value for the radius, then solve for the height.
well, the width is about 17 meters and theheight is around 40 meters.
pi*r2*height = volume Make the height the subject of the above formula:- height = volume/(pi*r2)
pi*radius2*height = volume of a cylinder height = volume divided by pi*radius2
A silo consists of a cylinder and a hemisphere. So, the volume of the silo is the volume of a cylinder plus the volume of the hemisphere.Volume of a sphere: 4/3πr3 ---> Hemisphere: 2/3πr3Volume of a cylinder: πr2hSo, combining the two equations, the full equation to finding the volume of a silo:V = 2/3πr3 + πr2h
Volume = pi*radius2*height Volume = 147*pi => 461.8141201 cubic meters
263.76 is the volume i think......Another contributor's answer:Volume of a cylinder = pi*radius2*heightVolume = pi*3.52*12 = 461.8141201 cubic metres
3.14 * 3.52 *12= 461.58m3Volume=pi * r^2 * hr=.5d 7 * .5 = 3.5h=12
First, you'll have to decide what you want to store in the silo. The size really depends on the volume, not on the mass you are going to store in it. Divide the 30 tonnes by the density of whatever you will store there, to convert that to a volume. Next, decide what shape the silo is going to have. I believe silos usually have a cylindrical shape, so you can use the formula for a cylinder. Then, just experiment with diferent values for radius and height, to get a size you like. That is, into the formula for a cylinder, insert a value for the radius, then solve for the height.
when height & Dia ratio is less than 1 that is tank otherwise silo
There is not a standard size for a silo. They can be built to accommodate various sizes of farms, but generally range from 30 to 275 feet in height.
Dear Friend, calculate the volume of the silo ie., nothing but the capacity you required.
A cylinder shaped silo cannot have a rectangular face. The description of the silo in the question, therefore, is not valid.
972 cubic ft
If it's just a normal cylinder than the function should be as follows :)f(h)= pie(since I don't have that special little button...the number for pie is like 3.1415...infinity)r(SQUARED!)hif that isn't the answer than I'm sorry I tried
pi*radius2*height = volume Make the height the subject of the above formula:- height = volume/pi*radius2