1 cubic meter of grave contains 50 square meters at 20mm depth (1000mm / 20mm = 50). 2860 / 50 = 57.2 So you need 57.2 cubic meters of gravel.
First, you need the density of pea gravel. This depends heavily on particle size and cleanness of the gravel, but a density of 3000lb/yard3 is a realistic estimate. If you want the final answer in metric, it's useful to convert the density to 1780kg/meter3. Knowing this density, you can use it as a conversion factor. You just take the mass of your Pea gravel (for example 50kg) and multiply it by 1 meter3/1780kg to make the units cancel out. Or if you want it easy, just take the weight of your pea gravel in kilograms and divide it by 1780 to get volume in cubic meters. This is a very rough estimate, and actual values depend on the density of the pea gravel being used. The basic idea for any conversion is that you get the density and make sure it uses cubic meters.
weight of ms hollow bar 20mm*20mm
10mm
If Area = 70mm2 and Height = 20mm Then Base = 7mm Using the formula Area = 0.5 x base x height, we can see that 70mm2= 0.5 x base x 20mm. Then, with simple algebra we can see that 70mm2/(0.5 x 20mm) = base Therefore, base = 7mm
Gravel suppliers use a conversion rate of 1.75 tonnes per cubic meter of loose filled 20 mm crush but depends on the type of rock and how dry it is. Dry gravel with little or no fines has a density of 1.5 tonnes per cubic meter. When the gravel is compacted it compress by about 20%.
1 cubic meter of grave contains 50 square meters at 20mm depth (1000mm / 20mm = 50). 2860 / 50 = 57.2 So you need 57.2 cubic meters of gravel.
The unit density of gravel can vary depending on the type of gravel. Generally, the unit density of gravel ranges from 2,000 to 2,900 kilograms per cubic meter (kg/m^3).
The density of gravel can vary depending on the type and size of gravel. On average, the density of gravel is around 1.4 to 1.6 grams per cubic centimeter (g/cm^3). It is recommended to check the specific density of the type of gravel you are using for accurate measurements.
The density of gravel can vary depending on the size and type of gravel. On average, the density of gravel is typically around 1.4-1.6 g/cm³. It is important to note that this value can fluctuate based on factors such as compaction and moisture content.
AnswerThe density of gravel varies depending on many many things. For one there is packed and loose density. Next the density varies much of how many fines and coarses (sand and rock) are in the gravel mixture. There are many ways to find the density of gravel but takes a little know how. So there is no definite answer to this question.The density of compacted gravel will vary from 2100-2300 kg per cubic meter.
1.5 tonnes per Cubic metre.
The density of gravel can vary depending on the type and size of the gravel. On average, gravel has a density of about 1.5 tons per cubic meter. Therefore, 1 ton of gravel would be equal to approximately 0.67 cubic meters of gravel. It is important to note that this is an approximate value and may vary based on the specific characteristics of the gravel being used.
The sound of gravel can vary depending on factors such as size, shape, and density of the gravel, as well as the surface it is on. Generally, it is described as a crunching or grinding noise as the gravel particles move and rub against each other.
No, it does not.
First, you need the density of pea gravel. This depends heavily on particle size and cleanness of the gravel, but a density of 3000lb/yard3 is a realistic estimate. If you want the final answer in metric, it's useful to convert the density to 1780kg/meter3. Knowing this density, you can use it as a conversion factor. You just take the mass of your Pea gravel (for example 50kg) and multiply it by 1 meter3/1780kg to make the units cancel out. Or if you want it easy, just take the weight of your pea gravel in kilograms and divide it by 1780 to get volume in cubic meters. This is a very rough estimate, and actual values depend on the density of the pea gravel being used. The basic idea for any conversion is that you get the density and make sure it uses cubic meters.
Gravel is typically heavier than sand, and therefore gravel would be heavier than both clay and sand. This is because gravel consists of larger-sized particles and has a higher density compared to clay and sand.