Low pH shows the content of free fatty acids. Usually around pH2; so it can affect the properties of lubrication oil if bigger quantities reach the oil sump.
Low pH shows the content of free fatty acids. Usually around pH2; so it can affect the properties of lubrication oil if bigger quantities reach the oil sump.
Low pH shows the content of free fatty acids. Usually around pH2; so it can affect the properties of lubrication oil if bigger quantities reach the oil sump.
Doping levels can be precisely controlled since the incident ion beam can be accurately measured as an electric current.
After perhaps 10 or 20 times the half-life, the remaining amount of carbon-14 will be insignificant, and can't be accurately measured.
You think probable to the accuracy (in the English terminology); and this value is determined exparimentally in each case.
Atomic size is determined by measuring the distance between nuclei of adjacent atoms. Contrary to popular belief, it is not measured by the radius of an individual atom.
the equation for density is; p = m/V so you would need to find the mass of a substance for a certain volume
Yes, the size of the universe is absolutely falsifiable because the universe has not been accurately measured. Once the universe is accurately measured, it will be much more difficult to falsify its size.
The volume of gases is measured with gas-meters.
atomic clocks
The volume of gases is measured with gas-meters.
A Crystal Oscillator (CRO) can be used for frequency measurement by comparing the output frequency of the oscillator with the input frequency to be measured. The frequency can be determined by observing the number of cycles over a known time period displayed on the screen of the CRO. By adjusting the timebase and voltage settings on the CRO, the frequency can be accurately measured.
Its speed has been measured accurately, using lasers.
Its speed has been measured accurately, using lasers.
Allowing seawater to evaporate and weighing the the remaining salts.
true
The specific resisitivity - also called residual or inherent resistivity - of a particular material (scientifically called its specific resistivity) is measured in ohms per unit volume. It can be determined by measuring the resistance of a test conductor having unit length and unit cross sectional area or some other accurately-measured volume of the material.
Distance is determined by measuring the length between the start and end point.For example, short distances can be measured in feet, yards or metres.Longer distances would be measured in miles or kilometres.
those biasthat have or can be accurately measured in observational study, are called overt biases