For 250 pounds of Division 5.1 material, which refers to oxidizers, a placard is required that displays the number "5.1" in a diamond shape. The placard should be predominantly yellow with the black number "5.1" indicating the specific hazard associated with oxidizing substances. This ensures proper identification and handling during transportation. Always check local regulations to confirm specific requirements.
It is the strength in pounds per square inch of a material at which it will be pulled apart.
To calculate forging tonnage, you can use the formula: Tonnage = (Area of the part in square inches) × (Material yield strength in pounds per square inch) × (Safety factor). The area can be derived from the dimensions of the part being forged, while the yield strength varies based on the material. Typically, a safety factor of 1.5 to 2 is applied to account for variations in material and process conditions. This calculation helps determine the necessary force required for the forging operation.
Tensile strength is given in ksi. To get pounds you need to know the area. Pounds = strength x area. For example if the specimen is 100 ksi strength and area 1 sq inch, pounds = 100 x 1 = 100 kilopounds = 100000 pounds. f the specimen is 100 ksi strength and area 2 sq inch, pounds = 100 x 2 = 200 kilopounds = 200000 pounds. In any case strength in ksi is the same for a given material and that is why ksi is used.
The force required to break concrete depends on various factors such as the type of concrete, its age, and the specific conditions of the concrete. In general, the compressive strength of concrete is measured in pounds per square inch (psi). For typical concrete mixes, the compressive strength can range from about 2,500 psi to over 10,000 psi. Therefore, the force required to break concrete can vary widely, but it typically takes thousands of pounds of force to break through concrete.
There is no flat conversion from volume to weight; it all depends on the material you need to weigh. Based on some quick searches, it looks like a gallon of sand is approximately 200 oz, or 12.5 pounds. So based on that measurement, it would be about 62.5 pounds. However, not all sand is created equal, and the sand you're using may be coarser or finer or made of an entirely different material. I would take a smaller measurement of 1 or 2 cups, weigh that in ounces, then make your conversion.
The amount of force required to bend a quarter depends on various factors such as the material composition and thickness of the quarter. In general, it would take several pounds of force to bend a quarter due to its small size and the strength of the metal alloy used in its production. Without specific details on the quarter's properties, it is difficult to provide an exact number of pounds of force required to bend it.
The answer will depend on how the information was entered - in pounds (or ponds) or in pennies, what the operations were - addition/subtraction or -multiplication/division).The answer will depend on how the information was entered - in pounds (or ponds) or in pennies, what the operations were - addition/subtraction or -multiplication/division).The answer will depend on how the information was entered - in pounds (or ponds) or in pennies, what the operations were - addition/subtraction or -multiplication/division).The answer will depend on how the information was entered - in pounds (or ponds) or in pennies, what the operations were - addition/subtraction or -multiplication/division).
it takes 2 pounds of it
"Cups" is a measure of volume; "pounds" is a measure of weight. You would need to specify the material, or at least the density of the material, for us to calculate this.
It depends on the material, 2 pounds of flour will be different in the amount of cups than 2 pounds of butter will be.
1 stone = 14 pounds. You now have all the information required to answer this and similar questions.
The force required to bend a pipe can be calculated using the formula F = (K × L × R) ÷ D, where F is the force in pounds, K is the constant for the material being bent, L is the length of the pipe being bent, R is the bend radius, and D is the material's spring back factor. The constant K and spring back factor D can be obtained from material properties tables or calculated experimentally.
Depends what is the material in bag.
There are 2,000 pounds in a ton. Therefore, a ton of sunflower seeds or any other material weighs 2,000 pounds.
Division: tons ÷ 2,000 = pounds
Dpends on the material of the tank and its size.
Fiberglass is a strong material that can withstand pressure of up to 12,000 psi (pounds per square inch) before failure. This makes it suitable for a variety of applications where strength and durability are required.