9 0 8
5 2 10
_____
3 0 10
_____
Do the subtraction just like decimal, but remember these are yards, feet, and inches, so when you borrow from the feet position you are borrowing 12 inches and when borrowing from the yards position you are borrowing 3 feet
500 dollars
You will have 48 inches.
The number of half-inch steel plates or bars that make a ton depends on the dimensions and density of the steel. Steel typically has a density of about 490 pounds per cubic foot. To calculate, you would need to determine the volume of a single half-inch steel piece and then divide the total weight (2,000 pounds for a ton) by the weight of that individual piece. For example, if each half-inch steel piece weighs 10 pounds, then 200 pieces would make a ton.
centermeters or inches or millimeters
The question cannot be answered sensibly. The weight of an object depends on its volume and volume depends on the length, breadth and height of the object. Given only the length it is impossible to give an answer. It would, for example, be impossible to distinguish between 12 inches of a steel wire and 12 inches of a steel block!
what would happen if a large piece of steel wool was used? A much smaller piece
Doubt it because the piece of steel is not magnetized.
The density of steel varies depending on the type, from 7.75 to 8.05 g/cm3. Mild steel is the least dense, and alloyed steel is denser. If you are asking in inches, your piece of steel has a volume of 348 cm3, and so would weigh between 2.7 kg and 2.8 kg. In pounds that is between 5.9 and 6.2.
The best way to start finding information about steel cable manufacturing companies would be to find a list of all the different steel cable manufacturing companies. For this I would reccomend visiting: http://www.iqsdirectory.com/wire-rope/steel-cable//?source=google&gclid=COPS-tefqqACFQ5sswodhTFyYg/
Current in the single core cable would induce a magnetic current in the steel cable, though a transformer effect. This would heat the steel armored strands, and the circuit would increase more electrical power from the load supply point. The earthing of the cable glands would complete the circuit and the return current would flow in the earth bonding cable between the two points. This is called Eddy currents generated in the cable by the twist of the steel armored around the central core, current flowing in one direction
The steel would get warmer and possibly become a liquid.
The overall weight of the cable would become a problem. Steel conductivity ratings would be lower that that of aluminium.
feet or inch
Multiply the length in inches by 25.4 to get millimeters.
"Solid Steel" would not be a pipe- it would be a rod. Weight of pipe will vary depending on the thickness of the wall of the pipe.
.1250 inches or 3.18 mm
carbon steel would be ideal and low cost