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it depends on both the tube wall thickness and the length of the bend and how much you bend it. Otherwise you cannot determine force.
4 inch 5d bend 45degree elbow center how much
TO answer this question, you need to know the density and the volume of the piece of steel. For example, "mild steel" weighs .284 pounds per cubic inch. The volume of a 12 inch x 12 inch x 1 inch piece of steel is 12 * 12 * 1 = 144 cubic inches. .284 pounds/inch^3 * 144 inch^3 = 40.896 pounds. So each of these steel tiles will weigh about 41 pounds.
It will bend at any load greater than zero. It is just a question of how much. In your example the rod will bend 0.007 inches under 10 pounds, 0.07 inches under 100 pounds, etc.
You can't say 'pressure per square inch. It's just 'pressure', which equals force per square inch. You divide the person's weight by the area of the foot in contact with the stairs to get the answer.
It depends on the type of steel
0.283 lb. per cubic inch
it depends on both the tube wall thickness and the length of the bend and how much you bend it. Otherwise you cannot determine force.
4 inch 5d bend 45degree elbow center how much
28.359875618 pounds per square inch.
No. Steel reinforced structures are best as steel is much stronger than wood but can still bend without breaking.
TO answer this question, you need to know the density and the volume of the piece of steel. For example, "mild steel" weighs .284 pounds per cubic inch. The volume of a 12 inch x 12 inch x 1 inch piece of steel is 12 * 12 * 1 = 144 cubic inches. .284 pounds/inch^3 * 144 inch^3 = 40.896 pounds. So each of these steel tiles will weigh about 41 pounds.
It will bend at any load greater than zero. It is just a question of how much. In your example the rod will bend 0.007 inches under 10 pounds, 0.07 inches under 100 pounds, etc.
the answer is one atmosphere
the 16 inch steel rim is about 9.4kg
To know the force, you need to know how much you want to bend it; you also need to know the dimensions of the plate and how it is supported.
There are 8 tons per square inch of pressure in Mariana Trench