3) South Sudan
5)Egypt
6)Zaire
7)Kenya
8)Congo
2) South Africa
4)Nigeria
Hope this helped :)
Hello. You did not present the experiment to which this question refers, which makes it impossible for it to be answered. However, I will try to help you in the best possible way.
It is likely that the amount of water presented in the question above is a variable in the experiment. This allows us to consider that if the experiment were carried out with different amounts of water, this experiment would provide inaccurate data and the results would not be considered true, making it impossible for a precise conclusion to be revealed.
This would happen because an experiment must distribute the variables, in all treatments, with the same amount and intensity. Therefore, to promote accurate data, the experiment must use an equal amount of water in all treatments.
What am i supposed to do? just trying to make sure you speak english and what unit is this
The largest unexplored capability for metallic minerals in offshore sand deposits may also exist along the west coast of South America.
Metallic minerals occur in rare, clearly formed concentrations known as mineral deposits. these deposits can consist of a ramification of metal minerals containing precious metals which might be used in various components of our everyday lives including nickel (pentlandite) and copper (chalcopyrite).
We commonly find metallic minerals in igneous rocks. Iron, nickel, chromites, and platinum are some of the examples of minerals that are determined in igneous rocks. Igneous rocks can alternate into metamorphic rocks.
Luster describes how the mineral displays light. Metallic luster looks as if a sparkly metallic inclusive of chrome, steel, silver, or gold. metallic minerals are also usually opaque. Non-metal minerals may be brilliant and reflect mild, but, they do not appear like metal. Iron ore, copper, gold, zinc, silver, manganese, and chromite are examples of metallic minerals.
Learn more about metallic minerals here: brainly.com/question/89259
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