It depends on the materials used, the location and the type of installation required.
What is the maximum flow rate of a two inches in diameter of a pipe in cubic meter per hour?ImprovecapitalOneround('alternateMsg');
about 6.2 meters/seconds
meter per second is a unit of rate. It means that it is the distance traveled in meters per one second.
Conversion rate is 1.6275 g/sqm per lb/ream. So 100lb paper (per ream) is 162.75 g/sqm.
The purpose of a flow meter is to measure the flow of either air or water. They allow one to measure the total volume of air or liquid flow and the rate of the flow.
The unit rate for soil would typically be measured in kilograms per square meter. This unit rate indicates how many kilograms of soil are present in each square meter of the specified area.
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When selecting a flow meter, consider factors such as the type of fluid being measured, the flow rate range, the operating conditions (pressure and temperature), the required accuracy, the installation location, and the budget. It's also important to ensure compatibility between the flow meter type and the fluid properties to achieve accurate measurements.
800 sq. mtr areahow many tilesand labour charge all with matrial charges
1200/sq ft
sqrt(30) seconds = 5.48 seconds (approx)
This question is very open ended. Do you want to convert a current price to a price in grams per square meter or: Do you want to calculate a new price using a known weight in grams per square meter. Answer those. I will check back... here is formula to calculate the cost of the material, 1: cost of the febric, (warp+weft)/(20*count of yarn) and multiply this by width of yarn and then *(1.09361/40) than *rate of the yarn. 2: cost of the interlacing, weft * rate of weaving 3: mending charges, 4: frieght charges, us$ rate*conversion+local frieght whole divided by quality of fabric add all these costs,this will be the per metere cost of the fabric
ISMB equals 1000per meter.
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A "rate of 1 kg meter" doesn't make any sense.
One Newton is the force needed to accelerate one (1) kilogram of mass at the rate of one (1) meter per second squared.
Photosynthesis in plants occurs at a rate of about 0.5 to 3 grams of glucose per square meter per hour under optimal conditions.