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To calculate the Karl Fischer factor there are three factors that are required. The ml KF reagent used for sample, the factor mg H20/ml KF reagent and the weight in grams.
kw of 100kva=100*0.8 pf=80kw( if the power factor is 0.8)
Divide actual annual usage by the daily peak usage multiplied by 365 days
(Target ion area response / Int Std area response) * (Int Std Injection Vol / Target Injection Vol)
This applies to industrial lighting, where the lamps are not necessarily incandescent and, therefore, do not represent a resistive load.In order to calculate the power factor, you need to determine some values by measurement.To keep the maths simple, we'll have to assume a balanced load.Using an ammeter and a voltmeter, you can use their results to determine the apparent power. Using an appropriate wattmeter connection, you can determine the true power.The power factor is then the ratio of the true power to the apparent power.
how can i calculate brsting factor and what may be the bursting factor for corogated pakaging
Do not calculate. Get it from Fama/French's website
A factor is like xfacter lol
It's "wind chill factor"
a = KB/KA
To calculate the Karl Fischer factor there are three factors that are required. The ml KF reagent used for sample, the factor mg H20/ml KF reagent and the weight in grams.
p.f=kW/kV.A
copyit
i really dont know
a slip factor table is provided to calculate the slip factor in centrifugal ... Another well-known expression for calculating the slip factor
first check out the total charge and the no of moles and then the n factor
Service factor is gearbox horsepower rating over motor horsepower.