Galena is a metallic mineral that has a bright, shiny metallic luster when freshly broken. Over time, the surface can tarnish and become dull.
The iron piece become covered with a layer of copper.
This Question is easy the species will be dominant
Barium (as an element not an ion) has a proton number and electron number of 56. It has 6 shells the outermost shell has 2 electrons. It is in Group 2 on the periodic table which shows that it tends to lose its 2 valence electrons in order to become stable. It has 56 protons and 81 neutrons in its nucleus.
When feathers are placed in water covered with oil, the oil sticks to the feathers and makes them water repellent. This disrupts the feather's ability to trap air and repel water, causing them to become waterlogged and lose their insulating properties.
Cooper is shiny when freshly polished, but it can become dull over time as it oxidizes and develops a patina.
When it is cut, polished, or used in jewelry.
When it is cut, polished, or used in jewelry.
transparent, hard, good color, these types of stones are cut and polished and then they become gemstones from normal stones
No, if it is covered the "cuerito" or skin will become "chewy'.
Its is first made out f clay then polished to become china. China is a type of pottery.
No, because not all animals lived in the right environments to be able to get covered up quickly by sediment, have water turn the bones into rock, and for the sediment to get uncovered.
When food is left un-covered, a few things can happen. First off, the temperature might go off (get colder or warm up). This can cause food to spoil quickly. Also, when exposed to air and the outside world, food can become contaminated and full of bacteria.
Most plants and animals are not immediately covered by sediments immediately at death. The soil or water conditions also play a big part. Plants rot and animals decompose, or are scavenged. The rare occurence is to be covered in a mineral rich environment quickly.
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Walk into a freezer!!
The convergence rate is a measure of how quickly the calculations become close to the value being calculated. Alternatively, how quickly the error becomes smaller.The convergence rate is a measure of how quickly the calculations become close to the value being calculated. Alternatively, how quickly the error becomes smaller.The convergence rate is a measure of how quickly the calculations become close to the value being calculated. Alternatively, how quickly the error becomes smaller.The convergence rate is a measure of how quickly the calculations become close to the value being calculated. Alternatively, how quickly the error becomes smaller.