You need to give the width and height of the container as well as the length
A 53-foot container typically has a volume of about 3,000 to 3,200 cubic feet, which converts to approximately 85 to 90 cubic meters (CBM). The exact volume can vary slightly based on the container's specific dimensions and design. Generally, for shipping and logistics purposes, it's safe to use around 86 CBM as a standard reference for a 53-foot container.
Assuming the container is full at 1500 liters, the container's volume in cubic feet will be about 53 cubic feet (52.9720005, more precisely).
The weight per bushel is 53 lbs About 10 pounds
two
77.73 feet per second.
It turns out that 320,544 inches per week equals 53 yards per hour. Take the 53 and multiply by 24 (hours/day) and by 7 (days/week) and by 36 in/yd) to get your answer.
(53 miles per hour)(5280 feet per mile)/3600 sec/hour) = 78 feet per second, to the justified number of significant digits.
To determine how many pallets of size 48x40x50 inches can fit in a 53-foot container, first convert the dimensions of the container to inches: 53 feet equals 636 inches in length, 102 inches in width, and 110 inches in height. The volume of one pallet is 48x40x50 = 96,000 cubic inches. Dividing the total volume of the container by the volume of one pallet gives an approximate fit, though actual capacity may be limited by the container's dimensions and the need for proper loading. In practice, you can typically fit about 26-28 pallets, depending on loading techniques and space utilization.
371/7 days per week=53 weeks
53 ft/s = 16.154 m/s (rounded)
53 feet per second = 36.1 mph
2 degrees 56 minutes 53 seconds