Wood has a wide range of densities.
It depends on the variety of the wood, whether is is seasoned and dry. From 170 kg per cubic metre for Balsa to 1370 kg per cubic metre for Lignum Vitae
If it is a cubic yard it will be 162.
If you assume the cord of wood formed a perfect rectangular prism you would simply multiply the length*width*height to get 128 cubic feet. However, it is obvious that unless the wood is cut into square pieces such as 6"x6" or 4"x4", there will be lots of air space inside your cord. But the basic answer is as above. Hope that helps answer this rather odd question. I disagree that it is an odd question. it is a very good question. Buyers of firewood should be aware of the cubic feet because many sellers sell variations on the cord, and a smart buyer will be able to figure out all the cubic feet variations and know whether he is being shorted by the seller.
128 cu. ft. (4ftx4ftx8ft)
64 square feet.
8 kilgrams
It all depends on the wood. Some wood is denser and heavier than others.
The weight of a piece of wood depends on its density. The density varies between species: from 0.16 g/cc for balsa to as much as 1.33 g/cc for lignum vitae.
640 cubic feet
depends n its density and moisture content bud
A cord is 4x4x8 feet, or 128 cubic feet. A cubic meter is very close to 36 cubic feet. So a cord is a little more than 3.5 cubic meters.
It depends on the variety of the wood, whether is is seasoned and dry. From 170 kg per cubic metre for Balsa to 1370 kg per cubic metre for Lignum Vitae
128
It depends on the density of the wood as it can range from 170 to 1370 kg/cubic metre. At a total guess I would say less than 1 cubic feet.
Is the amount of wood measured in cubic meters (m3) of cubic feet (cu.ft) of the main log of a standing tree. Used to define how much wood for industrial use exists in a given forest (natural or planted).
100
a cord of wood is equal to 128 cubic feet of neatly stacked wood.