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 a standard container van, such as a 20-foot or 40-foot shipping container, can be calculated by multiplying its internal dimensions. A 20-foot container typically has a volume of about 33 cubic meters (1,172 cubic feet), while a 40-foot container has a volume of approximately 67 cubic meters (2,372 cubic feet). These values can vary slightly based on specific container models and manufacturers.
A standard 40-foot shipping container has a volume of approximately 67.7 cubic meters (cbm). This volume can vary slightly depending on the specific design and manufacturer of the container, but it typically falls within this range. Therefore, you can generally consider a 40-foot container to hold about 67.7 cbm of cargo.
To estimate how many golf balls can fit in a 20-foot by 10-foot container, we first need to calculate the container's volume. Assuming a height of 8 feet, the volume is 1,600 cubic feet. A standard golf ball has a diameter of about 1.68 inches, giving it a volume of approximately 2.5 cubic inches. Converting the container's volume to cubic inches (1,600 cubic feet = 27,648,000 cubic inches) and dividing by the volume of a golf ball, roughly 11 million golf balls could fit in the container, though this number would be lower in practice due to packing efficiency.
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.
A 53-foot container typically has a volume of about 3,000 to 3,200 cubic feet, which converts to approximately 85 to 90 cubic meters (CBM). The exact volume can vary slightly based on the container's specific dimensions and design. Generally, for shipping and logistics purposes, it's safe to use around 86 CBM as a standard reference for a 53-foot container.
volume for 20 foot container
You haven't said how deep it is. To measure volume you need three dimensions.
The volume of a standard container van, such as a 20-foot or 40-foot shipping container, can be calculated by multiplying its internal dimensions. A 20-foot container typically has a volume of about 33 cubic meters (1,172 cubic feet), while a 40-foot container has a volume of approximately 67 cubic meters (2,372 cubic feet). These values can vary slightly based on specific container models and manufacturers.
The volume 10 foot times 5 foot times 2 foot is 100 cubic feet. 100 cubic feet are 2831.6846592 liters.
To estimate how many golf balls can fit in a 20-foot by 10-foot container, we first need to calculate the container's volume. Assuming a height of 8 feet, the volume is 1,600 cubic feet. A standard golf ball has a diameter of about 1.68 inches, giving it a volume of approximately 2.5 cubic inches. Converting the container's volume to cubic inches (1,600 cubic feet = 27,648,000 cubic inches) and dividing by the volume of a golf ball, roughly 11 million golf balls could fit in the container, though this number would be lower in practice due to packing efficiency.
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.
The number of cartons of the smallest tomato paste a 20-foot container can carry depends on the dimensions of the cartons and how efficiently they are packed. A standard 20-foot container has a volume of about 33 cubic meters. Assuming the cartons are of a size that allows for optimal packing, you would need to calculate the total volume of the cartons and divide it by the container's volume to determine the total number of cartons. Typically, a 20-foot container can hold anywhere from 800 to 1,000 cartons of small items, but this can vary based on specific carton sizes.
A 53-foot container typically has a volume of about 3,000 to 3,200 cubic feet, which converts to approximately 85 to 90 cubic meters (CBM). The exact volume can vary slightly based on the container's specific dimensions and design. Generally, for shipping and logistics purposes, it's safe to use around 86 CBM as a standard reference for a 53-foot container.
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.