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by using the universal testing machine, you can get the actual max load needed to fracture the hollow block and by using the formula, Compressive strength =load(lb)/Areaofcrosssection(in2) u can get the psi rating..
I have measure the tensile strength of 132 lb Kraft paper to be about 30-40 pounds per square inch. That is the force required to pull the paper apart when holders are fixed to the surface of the paper on opposite sides.
It depends on the strength you need. The content is measured in sacks (94lbs per sack) per cubic yard. example: 5.5 sack mix = 5.5 sacks per cu.yd. shich is about a 2500-3000 lb mix.
Neither. Bolt tensile strength is in pounds per square inch. You are confusing torque with bolt strength. Typically a bolt will be torqued to stretch the bolt and preload it to about 50% of its strength. The relation between torque T and preload P is T = 0.15DP where D is bolt diameter(inch), T is inch pounds and P is pounds. Then stress is P/A where A is bolt area and this stress is 1/2 of strength. Note that torque in foot pounds is simply in lb/12, or 12 inch pounds = 1 ft lb
estimate for 97 cents per lb and 2.35 lb
by using the universal testing machine, you can get the actual max load needed to fracture the hollow block and by using the formula, Compressive strength =load(lb)/Areaofcrosssection(in2) u can get the psi rating..
You mean pressure. That is never per inch or per cm. It needs to be square inches or square centimeters. 1 pound per square inch is 6894.757 newtons per square meter. Pound per inch is a measure of fabric strength. Normally any fabric when subjected to a strength test, a specific widteh is taken (normally 2") the fabric of t" width would give way at a particular load and this is expressed as fabric strength. SInce fabrics are soft and compressible, their trhickness measurement is dicey. and length measurement has no controversy about it. Unlike metals, where strength is measured as lb/square inch, fabri strength is always expressed per unit length.
$1.60 per pound
the 7 lb are at 1.21 per lb the better buy the 9 lb are at 1.23 per lb
32 lb for $16 could be -- 2 lb per dollar, or -- 50¢ per lb.
Use any chart that converts kilograms to pounds. Then take the price per lb, look it up in the kilogram side and the value in the pound side is the price per kg. eg £3.25 per lb: Convert 3.25 kg to lb: 3.25 kg ≈ 7.17 lb → £3.25 per lb is (approx) £7.17 per kg
Sheet steel is 4.375 lb per feet squared; 4.531 lb per feet squared for galvanized steel; Stainless steel is 4.41 lb per square feet; and 1.140 lb per squared feet for aluminum.
If 2.6 lb is sold for $15.55 then the cost per lb is 15.5 ÷ 2.6 = $5.96
I have measure the tensile strength of 132 lb Kraft paper to be about 30-40 pounds per square inch. That is the force required to pull the paper apart when holders are fixed to the surface of the paper on opposite sides.
It depends on the strength you need. The content is measured in sacks (94lbs per sack) per cubic yard. example: 5.5 sack mix = 5.5 sacks per cu.yd. shich is about a 2500-3000 lb mix.
.29 lb per cubic inch or roughly 500 lb per cubic ft
Let the apples be 'A' pence per lb Bananas cost: (A-30) pence per lb Cherries cost: (A+72) pence per lb Cost of 2 lb of apples = 2A Cost of 3 lb of bananas = 3(A-30) Cost of 2 lb of cherries = 2(A+72) But: 2A+3(A-30) = 2(A+72) So: 2A+3A-90 = 2A+144 => 3A = 234 => A = 78 Therefore cherries cost: 78+72 = 150 pence per lb