If the whole container is rectangular, then its volume is
18" x 24" x 30" = 12,960 cubic inches = 7.5 cubic feet = 56.104 gallons
The volume of this container is found by (PI/4)*(D2)*(DEPTH) or 63.62 ft3 There are approximately 7.48 gallons in 1 cubic foot so the answer would be 475.9 gallons.
The volume of a cuboid tank requires three measures: height, width and breadth. The last of these is missing so the question cannot be answered. If the container is cylindrical, its volume is about 94 gallons. If it is a cuboid, the volume is about 60 gallons per foot of breadth.
Of course not. Imagine putting that 1-foot wide ball of solid iron in a box that is exactly 1 foot square. Won't there be a lot of empty space all around the ball, except at the points where the ball touches the flat wall of the container? The empty space proves the volume of the ball (sphere) is less than the volume of the cube. If the volume is less, and if both are made of the same thing, the sphere will weigh less.
None really. A foot is a measure of distance. A square foot measures area - it is simply a square 1 foot wide by foot long. A cubic foot measures volume -it defines a box 1 foot wide, 1 foot long, and 1 foot deep.
If you are asking for the volume, it would be 20 x 20 x 20 = 8000 cubic feet
volume for 20 foot container
You haven't said how deep it is. To measure volume you need three dimensions.
The volume 10 foot times 5 foot times 2 foot is 100 cubic feet. 100 cubic feet are 2831.6846592 liters.
They measure different things. A foot is a linear measure, it measures distance or the length of something. A cubic foot (or any cubic measurement) measures the volume or capacity of a container. How much the 'stuff' the container can hold.
Assuming the container is full at 1500 liters, the container's volume in cubic feet will be about 53 cubic feet (52.9720005, more precisely).
If the container is 1 inch deep, the area is 1 square foot.
It is unknown how much roughly squared teak logs can be loaded into a 20 foot container. In order to figure out the volume of the container you need to know the shape of the container and all the dimensions. It is unclear if 20 feet is referring to the diameter, length, or height.
One cubic foot is a measure of volume. A one cubic meter container could hold up about 264 gallons of water.
The square feet are simply the width times the length. But, I will assume you are interested in the inside dimension of the container or the volume. A sea container is 39' and 3/8" long by 7' 8-3/8"wide by 7' 9-5/8" high. Therefore a 40 foot container holds 2261 cubic feet of area
Depends how deep it is, volume requires 3 dimensions.
volume of a clylinder= pi(r^2)h plug in values= pi(.5^2)(5) equals about 3.92 cubic feet
In a general category, containers can be divided into 9 parts as follows: 1- Standard 20-foot container 2- Standard 40-foot container 3- 20-foot open container 4- 40-foot open container 5- Refrigerated container 6- Shipping container Air 7- Tank and tanker container 8- Folding container 9- Open sided container