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The maximum amperage draw or load that the device or wire can safely carry.
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What is loading rate in atomic force microscopy?
The loading rate represents the changing in applied force with time.loading rate =dF/dt.It is a generalterm used not only for AFM but also for Dynamic Force Spectroscopy(DFS).loading rate = ksvv= velocity, ks=spring constant.Best wishes
How will you calculate the volumetric loading rate in a aerobic fluidized bed reactor?
weight/vol/time
Why were the repeating rifles such an improvement over muzzle loading rifles?
They had a lot higher rate of fire.
What is baud rate in 8051?
Baud rate is defined as the number of bits transmitted per sec.
Why was the minie ball important?
It permitted very rapid loading of a rifle, permitting a high rate of accurate fire.
What is organic loading rate?
Organic loading rate (OLR) is a measure of the amount of organic matter being fed into a biological treatment system per unit of time. It is typically expressed in terms of chemical oxygen demand (COD) or biochemical oxygen demand (BOD) per unit volume of the system. OLR is an important parameter in designing and operating biological treatment systems such as anaerobic digesters or activated sludge systems.
What is meant by BOD loading rate?
BOD loading rate refers to the amount of biological oxygen demand (BOD) entering a body of water over a specific time period, usually measured in terms of mass per unit time (e.g., mg/L/day). It is used to assess the impact of organic pollutants on water bodies and their ability to support aquatic life.
What benefit did the M1 Garand have?
Rate of fire, ammo capacity, great reliability, long range accuracy, better sights, faster loading times
What is a linear loading rate for a septic system?
Basically linear loading rate refers to the ability of the soil to accept wastewater and not become anerobic. It was determined that drainfield beds of widths over 5 or 6 feet had dead zones in the center where oxygen was not available to the aerobic soil bacteria below the drainfield to treat the wastewater. The result was that the center of these wide beds easily ponded and failed. Therefore a calculation had to be made to figure out what the proper size of a drainfield should be to maintain an oxygen supply in the soil for different soil textures and structures. The linear loading rate is measured in gallons of effluent per feet of drainfield (not square feet, but feet). An example would be a moderately structured silt loam soil having a linear loading rate of 3 feet. If serving a 3 bedroom residence that produces 150 gallons per day per bedroom then there is 450 gallons per day to treat in the soil. 450 gallons per day divided by the linear loading rate (3') says that you need a minimum 150 feet of drainfield length. Thìs can be in one long drainfield or multiple cells of equal length. The other consideration is soil loading rate to determine the width of the drainfield. The above soil example might have a soil loading rate of 0.6 gallons per day per square foot. Therefore the final size must be a minimum of 750 square feet. Using the length that was arrived using the linear loading rate (150'), 750 divided by 150' equals 5 feet wide. Therefore the sizing of the drainfield would be 5' wide by 150' long (but probably 3 cells each 3' by 50' with spacing in between of perhaps 3' or more) and be expected to provide sufficient oxygen to the bottom of the entire drainfield.
What is up-loading and down-loading using an ftp site?
popup loading
Is there a loading plan for loading a 53 foot trailer?
Depends on what you're loading.
What is dynamic loading?
loading which cause movement of the object or structure is called dynamic loading
