some other way the scientist can compare minerals is crashing each other or take some elements and them revise it.
Gold. Is. Shiny.
Lots of different scientists test the same things to compare different conclusions.
Mohs created the Mineral Hardness scale in 1822. It is a comparison table showing 10 common minerals and their relative hardness values. Scientists can use it to compare to other unknown minerals and for classification of minerals. In science you always want to be able to compare something to something else. So instead of saying something is soft or hard, the Mohs Scale gives a relative value to the description.
how might a fossil affect the work of scientists
Studying the earth helps scientists to understand other planets since the earth is part of the solar system. Scientists use the features of the earth to compare them with what other planets hold.
Scientists study physical, chemical, reproductive, and DNA characteristics of a subject species, and compare these results with the results from other archaebacteria.
Scientists work together because, if one scientist get an answer wrong the other scientists might get it right and this is the same with experiments
There aren't any minerals. I mean, there might be a faint little small bit of some minerals in it, but asphalt isn't made from minerals like a lot of other things.
the answer is that drawings help you understand things
Minerals are an essential component of industry. Lasers for example are made from crystals grown in labs. Countless products rely in minerals in some form or other, from paint to toothpaste, optics to autos.
as man other scientists do, try the experiment again and compare results
any other artifact or geological strata and compare it. Go to tables with similar artifacts.