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Mass over Volume.D=M/VUse metric, so mass in grams or KG and Volume in mL or cc (cubic centimeters) mL and cc are the same measurement, 10 mL or water is the same as 10 cc.If you used grams and mL, you would get an answer like x g/mL.For example:If you have 1 mL of water and it weighs 100 grams, you dive the 100 grams by 1 mL, so the density is 100 g/mL. (water's density is ACTUALLY about 1)that's a true fact {kl}* * * * *The density of water is not 1 because it must have units of measurement. It is about 1 gram per cc or 1 gram per ml or 1 kilogram per litre. The density of water can also be given [correctly] as approximately 1000 grams per litre or 0.001 kg per cc.
Its clarity and percision , and relative intolerance of error
Density=Mass/Volume (That is, Density equals to Mass divided by the Volume over the object)
Formula to find density is D = m over v. where, D = density, m = mass and v = volume.unit of Density is kg over meter3D = 64 kg over 0.08 LDo the math and you will have your answer.
density changes when the substance changes.
Mass over Volume.D=M/VUse metric, so mass in grams or KG and Volume in mL or cc (cubic centimeters) mL and cc are the same measurement, 10 mL or water is the same as 10 cc.If you used grams and mL, you would get an answer like x g/mL.For example:If you have 1 mL of water and it weighs 100 grams, you dive the 100 grams by 1 mL, so the density is 100 g/mL. (water's density is ACTUALLY about 1)that's a true fact {kl}* * * * *The density of water is not 1 because it must have units of measurement. It is about 1 gram per cc or 1 gram per ml or 1 kilogram per litre. The density of water can also be given [correctly] as approximately 1000 grams per litre or 0.001 kg per cc.
Its clarity and percision , and relative intolerance of error
To get the relative error is the maximum error over the measurement. So the maximum error is the absolute error divided by 2. So the maximum error is 0.45. The relative error is 0.45 over 45 cm.
There are different scenarios and situations where each one will have advantages over the other. "Better" is a very relative term.
advantages over what? Colpitts? Mostly the fact that it does not require a choke. A Hartley is more harmonic-rich than a Colpitts, so the main reason it is used lies in its (relative) ease of construction.
basically this is an exampleAGE (YEARS) FREQUENCY FREQUENCY DENSITYFD= Frequency DensityAge : 0
Density bottle is a laboratory instrument that is used to measure the density of liquids. The bottle is made of glass and has a ground glass stopper that fits snugly into the neck of the bottle. The advantage of using a density bottle for measuring the density of liquids is that it is very accurate and precise. Here are some advantages of using a density bottle: Accurate measurements: Density bottles are designed to provide highly accurate measurements of the density of liquids. They are calibrated to a high degree of accuracy, and their small size means that only a small amount of liquid is required for a measurement. Repeatability: Because density bottles are highly accurate, they can be used to obtain repeatable measurements of the density of a liquid. This makes them useful for quality control and for verifying the accuracy of other instruments used to measure density. Minimal evaporation: The ground glass stopper of the density bottle fits tightly into the neck of the bottle, which helps to prevent evaporation of the liquid. This is important when working with volatile liquids, as it helps to ensure that the density of the liquid remains constant during the measurement. Easy to use: Density bottles are easy to use and require minimal setup time. They are also portable, which makes them convenient for use in the field or in remote locations. In summary, the advantages of using a density bottle include accuracy, repeatability, minimal evaporation, and ease of use. These features make density bottles a valuable tool in the laboratory for measuring the density of liquids
There are several advantages of a hydraulic clutch system. They include the use of compressible fluid, ease of spotting leaks over a mechanical clutch, and a high power density and actuators.
False. Density is the measure of the amount of mass an object has
'Conductometric' IS a special case of volumetric analysis, it's the way of measuring the endpoint of titration. An other method is 'potentiometric' by measurement of pH.
Advantage of a gravity dam is that every section will be stable and reliable. An Earth dam can overflow and collapse because of erosion.
Density gradient is a spatial viration in density over an area