1 metre3 = 1000 litres.
The container is a cylinder. Its volume = pi R2 L = (pi) (1.5m)2 (3m) = 21.206 m3 (rounded)1 m3 = 1,000 litresTo fill the 3m x 3m tank to the rim takes 21,206 litres(rounded)
To determine the measure of m3 based on m1 equaling 40, additional context or relationships between m1 and m3 are needed, such as whether they are part of a geometric figure or a specific mathematical relationship. Without that information, it is impossible to accurately calculate or define m3. Please provide more details for a precise answer.
One cubic meter is one million cubic centimeters.
One cubic metre equals 1,000 litres.
According to APL's website (APL is a container supplier) a 40' container holds:standard steel container: 67.7 m3.high cube steel container (1ft higher than standard 40 ft container): 76.4 m3.
A 20 ft container = around 15 Tonnes... max payload21, 750 kilos for container with volume of 33.2 m3Stowage factor1.92 - 2.26 m3/t (jute bags, 60 - 65 kg) [1]2.00 - 2.15 m3/t (bags) [11]2.26 - 2.40 m3/t (bags) [14]
There are 1000 liters in 1 m3.
There are 60,000 m3 in a 15cm deep plot with an area of 40 hectares.
1 metre3 = 1000 litres.
"40*40*40 = 64000". This answer only applies if the asker is looking for the exact volume of a container that is actually 40 feet in height, length, and width.If, in fact, you are searching for the volume of a 40 Foot High Cube Shipping Container as I was, the correct interior volume of this device is: 2,694 ft3 / 76.3 m3.
The container is a cylinder. Its volume = pi R2 L = (pi) (1.5m)2 (3m) = 21.206 m3 (rounded)1 m3 = 1,000 litresTo fill the 3m x 3m tank to the rim takes 21,206 litres(rounded)
1000000
m3 = cube meterYou can represent a cube meter as a 1 meter by 1 meter by 1 meter container full of water.Now imagine a tridimentional structure containing 1000 m3 of water.
Completely depends on the volume of the container.
40mm is equal to 40 millimeters
To determine the measure of m3 based on m1 equaling 40, additional context or relationships between m1 and m3 are needed, such as whether they are part of a geometric figure or a specific mathematical relationship. Without that information, it is impossible to accurately calculate or define m3. Please provide more details for a precise answer.