6,000 liters
the standard size would be 65" L X 21" W X 35" H
John H. Blackstone has written: 'Capacity management' -- subject(s): Industrial capacity, Management 'Capacity Management and Template Disk'
The capacity of a cuboid with sides of length L, B and H is L*B*H cubic units.
Capacity (or Volume) = L*B*H cubic units where L = length, B = breadth and H = height.
It is a colourless odorless gas. H........ H \....... / .C = C /...... \ H ......H
For voulme cylinder = pi r^2 h, cone = ½pi r^2 h
"H" is not a size for CO2 tanks
H. F. Hills has written: 'Gas and gas fittings' -- subject(s): Gas, Gas-fitting
Volume of a cylinder = πr²h
H C. Acar has written: 'The investigation of convective heat transfer between concentric cylinders. 1976'
V=1/3*pi(R1squared +R1*R2+R2squared)h R1=radius of the cylinders top R2=radius of the cylinders bottom h=hieght of the cylinder v=volume pi= 3.14 or the pi function on your calc
h h