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Weight Calculation: Extra weight of chequers length (m) x width (m) x 2.1 = kg/plate Total weight: length (m) x width (m) x thickness (mm) x 7.85 + extra weight = kg/plate Eg: 2400 x 1220 x 6mm Chequer Plate Extra weight: 2.4 x 1.22 x 2.1 = 6.15 kg/plate Total weight: 2.4 x 1.22 x 6 x 7.85 + 6.15 = 144.06 kg/plate
The thicker a steel plate, the more susceptible the plate is to brittle fracture behaviour. this is due to a large temperature difference or gradient between the inner and outer plate. When the mass of the thick plate is sufficiently great, the harsh cold temperature will induce stress faster than the material can dissipate and hence fracture. this is why the strength reduces with grade and thickness.
a framing member (2x4 or similar), attached to a wall, upon which, sits the top (high end) of a "pitched" rafter.Placement of the plate determines the pitch of the roof, hence the name.---------------------------------------It is more commonly called a ridge board, or if it is designed to transfer load, it is called a structural ridge.Pitching plate iscolloquial, and not a common term in the US.
Yes, it is.
8d-10d cement coated if toenailing, 12d-16d cement coated if nailing through a plate.
The density of steel is 7850 KG/M3
So, inner volume = 1488 * 1488 * 1994 = 4415003136 cubic mm or 4.415003136 cubic metres
The volume of the plate is (0.5 x 20 x 45) = 450 cubic inchesThe weight is (450) x (0.28) = 126 pounds
The mass of the plate will depend on its density. To find the mass, multiply the density by the volume, which in this case is 5/3 cubic feet.?æ
Steel is typically 490 lb/cubic foot. There are 1,728 square inches in a cubic foot which means that each cubic inch weighs about .284 pounds (just a bit over a quarter of a pound per square inch).
Cubic feet, Cubic yards, Cubic Meter or cubic metres if you're from the UK and still spell English words correctly :P also depends what characteristic you are talking about, strength, volume, curing time? concrete can be mesured by its strength(compressive)..
500 x 1 x 1 is more of a rod than a plate but I will answer the question exactly as posed. Also, the question does not say if the units are inches or centimeters, so I will assume inches, and I will assume that the answer should be in (US) pounds. Aluminum has a density of 2.7 grams per cubic centimeter. A rod that is 500 x 1 x 1 is 500 cubic inches. To convert to cubic centimeters multiply by 2.543, or 16.39, giving 8193.532 cubic centimeters. Multiply that by 2.7 to get 22.1225364 kilograms. Divide that by 0.45359237 to get 48.8 pounds.
Depending on the size of the gate you would need: the gate, frame, hinges, cement, latch, lock (if required), stop plate and a strike plate. All gate packages vary in size and price and its best to shop around for your needs.
That would depend more on the material that the chequered plate is made from. For example, normal mild steel would be about 7650kg per cubic meter. i.e. a specific density of 7.65. I would think what you're looking for is the mass per square meter which is approximately 65.25kg/m2 for a steel plate.
I can't say definitively, as many things could potentially cause this, but here is a probable cause (found this via research, and it fixed my problem as well). The gasket for the rear door is attached to the car body with plastic anchors that push into holes in the chassis. There is also a hole in the chassis on the bottom of the door opening that a sign plate clips into. In the case my research turned up, the plastic anchors were failing to keep the gasket tight against the chassis, and water was leaking in through the anchor holes. In my case, I think it might have been through the opening for the sign plate on the bottom of the door opening. The solution in both cases was to get a tube of gasket cement, remove the gasket, apply a good bead of the cement, focusing on the anchor holes, and then replace the gasket. I also removed the sign plate, put a good bead of cement around that hole, and then replaced the sign plate. Things have been dry since then.
You have 170 x 60 x 4 = 40,800 cubic mm = 40.8 cubic centimeters. Density approx 7.8 grams per cc, so weight = 318.2 grams = 0.3182 kg.