I'm not sure but I think no. Do not take this as a reliable answer though!
every matter has its own specific density which is determine previously and a given sample is tested if its specific density varies from standard density it is a sign of adulteration in food so with the help of specific density of food we can found adulteration in food , but this method is not quiet reliable as a mixture of two substance can have same specific density as original food material but still it is used to have random check of food sample.
Every chemical compound is unique and different from the ELEMENTS it contains
a combination of mixtures
Water.
atom lulz
called: Compound.
It means that the every element in a population has an equal chance of being selected to be in the sample which is studied. Equivalently, in considering a sample of a particular size, every possible sample of that size has the same chance of being selected.
Density is a weight per unit volume calculation. There could be different alloys or casting methods with subtle differences in density, or temperature variations in expansion and density. However: Every cubic centimeter of lead weighs 11.34 grams. Every cubic centimeter of iron weighs 7.86 grams. Thus, the density of lead (11.34 g/cc) is greater than iron (7.86 g/cc). This is independent of the actual weight and volume of the sample.
The answer is: No. Density is a property of a substance, and doesn't depend on the size of the sample. Samples of different sizes all have the same density, as long as they're all samples of the same substance, their compositions are all the same, and the conditions are the same in every case. (Samples of ice and water have different density, because the conditions are different.)
every matter has its own specific density which is determine previously and a given sample is tested if its specific density varies from standard density it is a sign of adulteration in food so with the help of specific density of food we can found adulteration in food , but this method is not quiet reliable as a mixture of two substance can have same specific density as original food material but still it is used to have random check of food sample.
Every metal has a density.
Systematic sampling doesn't require a frame. This method takes in every data from a sample, rather than restricting it by any particular means.
Yes, every substance has density.
Suppose you have a population for which you want to measure some particular attribute. It may not be feasible or sensible to collect the information from each and every member of the population. In that case you can take a subset of members from the population - called a sample - and collect the relevant information for them. Provided that the sample meets certain statistical conditions, the measurements made for the sample will be good approximations for the characteristics of the whole population.
"Wood" may not be uniform and homogeneous ... there may be knots, voids, rough grain, etc. So it's a poor choice of material to illustrate the important principle here. The principle is: Provided the sample is homogeneous, like plastic or a refined metal, every piece of it, no matter how large or small, has the same density. Density is a property of the substance, without any reference to the shape or size of the sample. If the block is cut into pieces, no matter how many, and no matter whether they're the same size or different sizes, every piece should have the same density as the aggregate block had before it was cut.
Every thing including ice has density.
A homogenous compound is defined as that substance that only contains one kind of element or a compound. A homogeneous compound can be separated into its constituent components by physical means.