67.11 cubic meters
The reasoning is:
Length: 12.051m
Width: 2.340m
Height: 2.380m
12.051 x 2.340 x 2.380 = 67.11 cubic meters
Drop roughly 5 cubic meters to be safe with your capacity if you are planning a shipment, as you cannot always fill up to the top.
None.
An inch is a measure of length or distance while a cubic metre is a measure of volume. The two measure different things and, according to basic principles of dimensional analysis, conversion from one to the other is not valid.
40 cubic feet converts to about 1.13 cubic meters.
A 40 HQ container stands for a 40' High Cube container. The internal dimensions are 12.03 x 2.35 x 2.7 meters, which equals 76.2 cubic meters.
If the container is a cube with 40 feet per side then the volume is 1,812.28 cubic meters.
There is about 65 cubic meters in a 40HC container.
My answer might not be very accurate but it is much close.
403 = 64,000 cu ft = ( (64,000 * 30.483 ) / 1,000,000 )
1812.278 cu m (approx)
40 cu ft = 1.13 cu m
24
A 40' NOR container (Not 40' NOR H.C.) has a capacity of 57.8 CBM.
Assuming you mean sucrose and a 40 (US) foot by 40 by 40 cubic container: We have: Sucrose density : 1.5879 g·cm-3 Or 1.5879 ton / m^3 1 US foot = 0.30480 m So the container is ( 40 * 0.3048m) ^3 = 1812.28 m^3 And it can contain : 1812.28 m^3 * 1.5789 ton/m^3 = 2877.717 tons
The dimensions of a standard 20' General Purpose container are: Length: 5.919m Width: 2.340m Height: 2.380m To calculate the volume in cbm multiply the length x width x height: 5.919 x 2.340 x 2.380 = 32.96cbm Practically though, the usual maximum loading volume is around 28cbm, depending on the size of the cartons you are sticking in it. You can hardly ever pack it right to the edge and the top. For a 40'GP:- Length: 12.051m Width: 2.340m Height: 2.380m 12.051 x 2.340 x 2.380 = 67.11cbm The same applies when loading as with a 20', drop roughly 5cbm to be safe with your capacity if you are planning a shipment.
8. Two cubic meters of a gas at 30 degrees Celsius are heated at a constant pressure until the volume doubles. What is the final temperature of the gas? 60.
24
A 40 feet container in meters is 12.192.
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.
22.70
To figure the volume, you would need to know the height. The formula for volume is length X height X depth. Here is an example: Length: 12.051m Width: 2.340m Height: 2.380m 12.051 x 2.340 x 2.380 = 67.11 cubic meters Drop roughly 5 cubic meters to be safe with your capacity if you are planning a shipment, as you cannot always fill up to the top.
l*w*h = 40*40*40 = ft^3
There is just over 13 square feet in a 40-foot container. One meter is equal to just over three feet.
This is not a valid conversion. Cubic meters is a measure of volume while square yards is a measure of area.
40 feet equates to 12.192 meters.
3 types of containers- 20' Dry Container with capacity 33 cubic meter, 40' Dry Container with capacity 68 cubic meter,40' High Cube Dry Container with capacity 76 cubic meter
Volume = 40*8*8.5 cubic feet = 2720 cubic feet
There are 60,000 m3 in a 15cm deep plot with an area of 40 hectares.