20
20
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
20
twelve
That would be very difficult to determine. The experiment could never be set up and conducted, since there is no such thing as a "cubed square foot". If you meant to say cubic foot, then here is a way to determine it. You will need golf tees that will sink in water, plus a container holding 2 cubic feet, with a mark at the one cubic foot level. Fill the container with water to the one cubic foot level. Start dropping in the golf tees until the water level is at the top, or two cubic feet. Count how many golf tees you put into the container to get your answer.
40
The volume 10 foot times 5 foot times 2 foot is 100 cubic feet. 100 cubic feet are 2831.6846592 liters.
How big are the barrels? You are missing the third part of the equation.
2444
ten
1275 / 7.5 = 170
[object Object]
A 72x72x24 foot container holds 930,696.3 gallons.
110 drums
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
There is just over 13 square feet in a 40-foot container. One meter is equal to just over three feet.
20
22 tonns