The first step would be to determine what type of rock it is, based on the classifications of igneous, sedimentary, or metamorphic. All three have sets of characteristics common to them that indicate their method of formation. Beyond that, to find the actual place of origin geographically of a specific rock sample that may have been transported by erosional processes far from its place of origin, you would have to have some knowledge of formations--bodies of rock with specific characteristics that are found only in that formation. Factors to look at in the sample would be texture, type, fossils, and mineral composition.
Take a simple random sample.
In order to determine the sample space, an actual description of the problem is needed. A number doesn't give the required information.
a sample .... i think
Discrete probability. It helps if the all the outcomes in the sample space are equally probable but that is not a necessity.
Answer D- A higher sample size gives more accurate results- APEX LEARNING
It means what made the rock.
Radiometric dating.
The analytical chemistry; also is a problem of geochemistry or cosmochemistry.
A sample size is needed whenever you conduct an experiment. How you determine an adequate sample size depends on the scope of what you're testing, such as medications.
When limestone is put under huge pressure, it will deform to form marble. This makes marble a metamorphic rock.
Yes, diamond is the hardest mineral.A field test for diamond is extreme hardness, which you could verify by scratching a rock with your unknown sample. If the rock is scratched, you could bag the sample and ask for further tests to determine the composition of the sample.(If, however, what you're questioning is a gem stone, scratching rocks with it could be an expensive test.)
Factors that determine sample size
Take a simple random sample.
They don't know. Drilling into geologically favorable areas let's them sample the rock to determine if commercial quantities are available.
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They are determining the age of the rocks. Radioactive elements decay over time, so the composition of a rock can indicate when that particular strata was formed.