There are 0.8036 bushels in one cubic foot.
There are about 0.8036 bushels per cubic foot.
.80385 bushels per cubic foot based on 56 # per bushel corn
2.3 cubic meters = 35.27 bushels.
There are about 21.7 US bushels in a cubic yard. Open a Google window and insert "bushels per cubic yard" as a search argument and your answer will appear.
There are 2,150 cubic inches in one bushel.
The number of bushels of wheat in a 60 cubic feet area would depend on the density of the wheat. Bushels measure volume, so you would need to know the weight of a bushel of wheat to accurately determine how many bushels would fit in a 60 cubic feet area.
One cubic yard = 21.7 bushels.
To calculate the bushels of corn per foot in a 36-foot diameter bin, you first need to determine the volume of the bin. The formula for the volume of a cylindrical bin is V = πr²h, where r is the radius and h is the height. The radius is 18 feet (half of the diameter). For each foot of height, the volume is approximately 1,013.76 cubic feet, which translates to about 39.8 bushels. Thus, the bin holds roughly 39.8 bushels of corn per foot of height.
1.2445 cubic feetCubic feet divided by 1.244 = bushels
1 bushel [US, dry] = 1.2444560268 cubic feet. A 60' diameter bin will have 2,827.4333 cubic feet per vertical linear foot. Therefore, one vertical foot of corn in the bin will be 3,518.62 bushels (approximate). This is based only on the straight bushel volume; it does not allow for corn which may be light (or heavy) on test weight, or with a moisture content outside the norm.
There is one cubic feet per cubic foot.
1 cubic foot = 0.0283168466 cubic meters