Figure out what shape has the strongest structure and only use that shape.
Good thing Mr. Austin is still showing you this and too bad he didn't save my picture.
A pound of any substance, material or "stuff" weighs the same as a pound of anything else. A pound is a pound, whether it's cotton or nails.
depending on the diameter of the rod, generally there will be approx. 26 (+/- 1) welding rods per pound.
I assumed here that you wanted a wall six inches thick...the answer is "more bags than you want to deal with." Specifically, at least 125 80-pound bags. The formula is: first, determine the volume of the item by multiplying the height (3 feet) by the length (50 feet) by the thickness (0.5 feet). This gives you 75 cubic feet. If the wall's thinner or thicker, of course this is going to change. Next, divide this by the number of cubic feet in a bag-- 0.30 cf per 40 pound bag 0.45 cf per 60 pound bag 0.60 cf per 80 pound bag This gives us our total bags...125 80-pound, 167 60-pound or 250 40-pound. Then add 10 percent more, just in case. This is the time I'd start thinking of other things to make from concrete, so I could order five yards of it. Five yards of premixed concrete will be cheaper than the three yards of bagged concrete you'll need, and you can't mix concrete fast enough to pour something this big.
foot pound second brick
1000
224 ounces
224 ounces
124 ounces
A 16 pound bowling ball would be 71.172 newtons in weight.
6 pound Bowling balls have been considered the lightest to be used in order to properly be used with ball returns at the center.
Norm Duke uses 16-pound Storm bowling balls.
A 16 pound bowling ball on Earth would weight approximately 6 pounds on Mercury.
Certain WEIGHTS of bowling balls float. Bowling balls have a volume of 6250 cm3. An equal amount of water would weigh 6.25 kilograms. A bowling ball that weighs less than 6.25 kilograms--8-pound, 10-pound and 12-pound balls--will float. 14-pound and 16-pound balls, having a density higher than 6.25 kilograms, will not float.
It depends, the weights vary. There are 6,7,8,9,10,12,14,16, etc. pound balls.
They will fall the exact same speed. Its one of the laws of physics.
Most league bowlers will use fifteen pound balls, however most pro bowlers use sixteen pound balls as it is the maximum weight allowed by the USBC.At our bowling alley, in the Men's league almost every single male uses a 16 poung bowling ball. Some will carry both a 15 and a 16 in case they get tired.
Yes. At 16 ounces to the pound, an 8 pound ball would be 8*16=128 ounce ball.