Cubic meter is a unit for volume, which requires 3 dimensions, length, width, height. Knowing the length of an object is useless unless you have the other two dimensions.
If the container's shape is a cube then the volume is 226.53 cubic meters.
To visualize 3 cubic meters, imagine a box 1 meter wide, 1 meter high and 3 meters long .
The answer is 27 Cubic meters. (3 meters long X 3 meters wide X 3 meters high = 27 cubic meters.)
An object that is 1700 cubic meters in volume could be a large storage container, a swimming pool, or a small building. The exact dimensions of the object would depend on its shape and height. For example, a cube with sides of approximately 12.6 meters would have a volume of 1700 cubic meters.
To determine how many 20kg bags of cement fit in a 40-foot container, we first need the container's volume. A standard 40-foot container has a volume of about 67.7 cubic meters. Assuming the average size of a 20kg bag of cement is approximately 0.025 cubic meters, you can fit around 2,708 bags in a 40-foot container, considering space efficiency and packaging constraints. However, actual numbers may vary based on the specific dimensions and arrangement of the bags.
1 x 2 x 3 = 6 The volume of the block is 6 cubic meters
The floor is 4 times 288 times 384 cubic inches, or 442,368 cubic inches. 1 inch = 2.54 centimeters. Thus, 1 cubic inch = 2.54 times 2.54 times 2.54 cubic centimeters, or 16.387064 cubic centimeters. So 442,368 cubic inches is 7,249,112.727552 cubic centimeters. Each cubic centimeter is 0.000001 cubic meters (1,000,000 cubic centimeters = 1 cubic meter). So the floor is 7.249112727552 cubic meters. You can essentially call this 7.25 cubic meters. You can also determine from this that a cubic inch is 0.0000016387064 cubic meters, which can be used as a shortcut.
There is no such measure as 6 cubic metres square - unless you happen to inhabit 6-dimensional space while we, normal mortals, live in merely three spatial dimensions. The volume of a container does not provide enough information to determine its dimensions: it could be long and thin or short and squat and have the same volume.
2.5 cubic metresImproved answer:Volume = pi*radius2*lengthVolume = pi*0.252*5 = 0.9817477042 cubic meters or about 1 cubic meter
To get the volume of a rectangular solid, multiply height times length times width- or 5x3x2. That is 30 cubic meters.
A standard 40-foot shipping container typically has an internal loading space of about 2,400 cubic feet (approximately 67.6 cubic meters). The dimensions are generally around 39.5 feet long, 7.8 feet wide, and 7.9 feet high. This allows for a maximum payload capacity of around 26,000 to 28,000 pounds, depending on the container type and specification. Always check specific container details, as variations exist.
It is the cube which has a volume of 64 cubic meters whereas the rectangular solid has a volume of 32 cubic meters