A general rule we used in building material sales figures it at 3.5 lbs per board ft. To figure board footage, Multiply Width * thickness * length, divided by 12 for board ft. For Example, a 6x6x16 = 48 Board feet. 48 board feet * 3.5 = 168 lbs. 168 lbs for the entire 6x6x16'. So 168/16 = 10.5 lbs per linear foot of 6x6. Ofcourse, this is only a general rule, and may vary due to the amount of retention (treated chemical forced into the board) and overall moisture of the product. Some of the newer treatments such as MCA treatment weighs significantly less than some of the older Heavy Retention, because it is supposedly a better preservative and therefore less is needed to adequately protect it from the elements.
The chemical formula for fructose is C6H12O6, which means that each molecule of fructose has 6 atoms of C (carbon), 12 atoms of H (hydrogen), and 6 atoms of O (oxygen). The atomic numbers of carbon, hydrogen, and oxygen, respectively, are 6, 1, and 8. This means that, unless ionically charged, a fructose molecule should have (6x6) + (12x1) + (6x8) = 96 electrons.
Hundreds of pounds
36
6x6=36
36
6x6=36
That would depend on how big the addition was.
I use one bag to 1 1/2 bags per hole and fill the rest of the way back with tamped topsoil... whatever came out of the hole.
6x6 = 36
6x6 in standard form = 36
It depends on the type of beam, the material, whether it is a bridge span or cantilever, the allowable deflection and safety margin needed. We need a lot more data on the application.
Tu doit avoir un deux pouce de rayon qui excaide une fois ton 6x6 à l'intérieure du sonotube(45degré de coin à coin 2" ext.)
around 39.99 or 40 since 5x5 products were 30