Allowing for the tare mass of the container, the maximum payload mass is 27,000 kg for 40 ft (12 meter) container. This means based on the weight you would get 18000 bottles into the container. However in theory a 40 ft container would hold more. A 4.ft container has a volume of 67.7m2 which is 67700 litres capacity / 1.5 = 45133 bottles. However this is 67 tonnes which is more than double of what is allowed to load in weight. This is why most bottles water companies use mostly 20 foot containers and usually load 990 boxes x 12 bottles. In a 40 foot container it would be 1500 boxes x 12 bottles.
It depends what substance you are putting into the container
A standard 40-foot shipping container has a volume of approximately 28,300 liters. Given that each drum holds 200 liters, you can fit around 141 drums into the container (28,300 liters ÷ 200 liters per drum). However, practical considerations such as packing efficiency and the dimensions of the drums may reduce this number slightly. Typically, around 120 to 130 drums might be a more realistic estimate for efficient loading.
20
1275 / 7.5 = 170
A standard 20-foot shipping container has a volume of about 33 cubic meters, which is approximately 33,000 liters. Since a 500 ml bottle is equivalent to 0.5 liters, you can fit around 66,000 bottles (33,000 liters divided by 0.5 liters per bottle) into a 20-foot container, assuming optimal packing without any wasted space. However, practical considerations such as packaging, weight limits, and stacking may reduce this number.
that is 7.937 cups
20
90
Well, darling, a 20-foot container can hold around 33 cubic meters of cargo. Since one cubic meter is equal to 1000 liters, that means you can fit approximately 33,000 liters in that bad boy. Just make sure you're not trying to ship anything that'll spill or you'll have a mess bigger than my attitude.
20
It is illegal to smuggle human beings, so the answer to this is none.
To determine how many 15 kg wood pellets can fit in a 40-foot container, we first need to know the volume of the container and the packaging of the pellets. A standard 40-foot container has a volume of approximately 67 cubic meters. If we assume the wood pellets are packaged in bags that occupy about 0.1 cubic meters each, you could fit roughly 670 bags in the container. Therefore, you can fit approximately 10,050 kg (or 10.05 metric tons) of wood pellets in a 40-foot container.