what does 1/4 inch steel plate weight per square foot?
373349
Volume = 1/48 * 1*1 = 1/48 cu ft\ndensity = 480 pounds per cu ft\n\nmass = density*volume = 480* 1/48 lb = 10 lb
1170149
1 foot = 12 inches.\n4 feet = 48 inches.
920811
The volume available in simple terms is Length (L) times Width (W) times Height (H).:: V=LxWxH\nMultiply this by the density of what is in the volume and you have the weight.\nExample: a one foot cube of steel (density 0.2833 lbs/in3)\n12x12x12x0.2833=489.54 lbs \nNOTE: watch your units
163044
DIVIDE SQ INCHES BY 12 AND YOU GET SQ FEET
564626
Which depends on the stres acted on the load and material used
950384
1 sq. inch = 0.0069444 sq. ft.   \nSo you multiply 363.9 x 0.0069444, and the total is 2.527 sq.ft
715379
Kips thousand instructions/second data processing.\n\nTwelve grades of steel, having yield strengths varying between 42 kips per square inch (ksi) and 100 ksi, were used to fabricate the perimeter column and spandrel plates as dictated by the computed gravity and wind demands.
354100
4 pounds. But do it sparingly.
1117087
Whether your tanks are safe or not depends on the area over which they are imposing a load.  Domestic floors are often constructed to take about 150 kilos per square meter, or about 400 pounds per square yard.  The water in your tanks weighs about 370 kilos, a bit over 800 pounds, so if their area is over two square yards you should be OK.  If they're standing on tables, though, you might want to put some boards under the table legs to spread the load a bit.
165380
they would be almost the same weight, however mild steel should be slightly heavyer
645504
4 X 4 =16 square inches.......
61182
a cubic foot is 1 x 1 x 1 ... \n\nso you're talking as an equation:\n\n3ft x 2ft x 1/6ft = 6ft^2 x 1/6ft = 1 ft^3\n\nso therefore, the 3 ft. by 2 ft. by 2 in. piece of metal would weigh the same as the 1 cubic ft. of metal!\n\n490 lbs!
635407
Approx 0.2 Sq In Area\n2000 lbs spring compression load\n2000 lbs divided by 0.2 (approx) =  10,000 psi
437439
Each anchor manufacturer will have a table for each style, but figure that means about 1 lb per foot for a pivoting-fluke anchor, or 2 lbs per foot for a yachtsman-type anchor.\n\nIf you just want to use a big chunk of concrete as a deadweight, you should have 2 of 150 lbs each.
572696
density of pure water is 62.4 lbs/sq ft.\n\nSo, load = dAgh\n\nor A = 40000/(62.4*5*32) = 4.01 sq ft.
172131
495 pounds per cubic foot.  1 x 1 x .08 x 495 = 39.6 pounds
943459
rockwell a b or c? and i believe that steel is 4130 steel which is about 65 on the rockwell c scale obviously give or take a few because the charts vary