I would rather land at a Temperate Coniferous forest, as I can use wood, except that it has more space to move in, unlike a Taiga (Probably). I would want medkits, water, non-perishable food, Radio, and a Flashlight for the Dark. I would build campfires, hunt for food to eat, and protect myself safely, by building forts, by gathering leaves and wood. I would do other stuff like an average stranded person would usually do to survive. When I was flying that aircraft, and I saw that its damaged, and wit wouldn't fly, I would panic, and look quickly for an efficient place to land on. I would gather Resources to fix my aircraft (If it's possible and/or allowed for this story). Coniferous forests are slow growers, so this damage is irreparable. Another threat is deforestation; even when trees are replanted they are typically one species, leading to monoculture, and they are slow to grow back. This loss of trees contributes to erosion, loss of habitat, and lack of diversity. Those are the dangers I think.
The type of technology illustrated in the given example is called; Edge Computing
The correct answer to the question is Edge Computing. This is because Edge computing, is a type of technology that brings computation and data storage closer to the devices that will receive it.
This way of operation of edge computing described above is way better than the other way of relying on a central location that may be so far away from the device to use it.
Now, the system above is done to make sure that real-time data, does not suffer from latency issues which could be responsible for a degrade in performance of applications.
Read more on Edge Computing at; brainly.com/question/23858023
According to the research, the statement "Linear molecules must be nonpolar, thus linear molecules cannot participate in dipole-dipole attraction" is true.
<h3>What are dipole-dipole attractions?</h3>
It is observed between a positive dipole of a polar molecule with the negative dipole of another, the atom with the highest electronegativity attracts electrons towards itself, forming a negative dipole around it.
In polar covalent bonds, the atom with the least electronegativity, the dipole formed has a positive charge, since it partially gives up its electrons.
Therefore, we can conclude that according to the research, the statement "Linear molecules must be nonpolar, thus linear molecules cannot participate in dipole-dipole attraction" is true.
Learn more about dipole-dipole attraction here: brainly.com/question/14361169
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Answer:
A
Explanation:
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