roughly 500 give or take a 100
$20.30(:
The answers to the Cow Conundrum in the Punchline Algebra book A, page 3.18 are "He Tractor Down" or "She Jumped Bale."he tractor down she jumped bale
Let's do the math first. One 3x3x8 (obviously large square bale) is equivalent to 72 cubic feet. The length of the trailer would be 48 ft., width would probably be around 8 feet since it's that attached to a semi truck (the number is estimated though, you'll have to measure the width yourself), and bales would be probably be stacked around 9 feet high. That is 48 x 8 x 9 feet = 3456 cubic feet. To find the number of bales that can be fit on the trailer, divide the trailer dimensions by the large square bale dimensions: 3456/72 = 48 bales. Thus, 48 large square bales (plus or minus, depending on how high you want to stack them) would fit on a 48 ft flat-bed semi-trailer.
It depends on well it is packed and whether it's in the form of a large round bale, a small square bale or a large square bale. As such the question is quite impossible to answer.
No where
A tractor has to pick the bale and place it on a flat bed truck!
Lift the back end up and get the baler belts moving to expel the bale, all using the controls from the tractor seat.
Your question is flawed. You can never have a "soft core" large square hay bale. Soft or hard core only applies to large round bales, not square bales.
it depends on the quality of the hay if a square bale contains alalfa then it should cost around 5 dollars in West Virginia. A round bale costs 10 dollars from a farm. but if you purchase it at southern states it will be 6 dollars for a lesser quality of a square bale
back in 1883 Jimmothy Halpert created the first bale of hay into a square. it seldomly changed ever since
1.5 (1 and a half) tons.A standard or "short" ton is 2000 lbs. Therefore a 1500 lb. bale of hay would be 3/4 of a ton.
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