What happened to the answer to my question?
That depends... on the composition of the steel !
what is the weight per cubic inch of W50 steel
3.14159 x radius squared x thickness x .283 (weight of 1 cubic inch of steel)
The volume of the plate is (0.5 x 20 x 45) = 450 cubic inchesThe weight is (450) x (0.28) = 126 pounds
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.
The weight of one foot of a three-quarter inch diameter steel bar will be approximately 1.42 pounds.
A steel plate of that size would weigh approximately 368 pounds.
That depends... on the composition of the steel !
what is the weight per cubic inch of W50 steel
3.14159 x radius squared x thickness x .283 (weight of 1 cubic inch of steel)
Steel is an alloy - a mixture of various metals - and so its density depends on the proportion of the constituents in the alloy. The weight (not mass) varies between 9.0 and 9.3 pounds weight per cubic inch.
0.283 pounds per cubic inch
it depends if it is a real mirror and how thick/ tall it is :D
The volume of the plate is (0.5 x 20 x 45) = 450 cubic inchesThe weight is (450) x (0.28) = 126 pounds
The weight of a steel tube can vary depending on its dimensions and thickness. Generally, a steel tube weighs around 0.283 pounds per cubic inch.
Steel is an alloy - a mixture of various metals - and so its density depends on the proportion of the constituents in the alloy. The weight (not mass) varies between 9.0 and 9.3 pounds weight per cubic inch.
A quarter-inch steel plate can typically handle around 400-500 pounds of lateral pressure per square inch before yielding or deforming. However, the exact capacity can vary based on the grade of steel, the specific plate dimensions, and the nature of the load application. It is recommended to consult with a structural engineer for a precise analysis.