The answer is <span>Jakarta</span>
Answer:
1) 100%
2) Lose.
3) Entropy.
The second law of thermodynamics states that no process is 100% efficient. Thus, every system in the universe has a specific amount of energy in it. As the system functions, it will lose energy and gain entropy.
Explanation:
The second law of thermodynamics, also known as the entropy law or heat engine law, states that the total entropy of an isolated system can never decrease over time. It either increases (for irreversible processes, that is, most real life processes) or it remains constant (for reversible processes).
This translates to an expected loss of energy for any real life process thereby making it impossible for any process to be 100% efficient. This all then leads to entropy increase (a gain of entropy).
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The ocean, Mountains, countries, or continents would probably be the best hope this helps
Answer:
The economic effects were more significant than the social effects.
Explanation:
The social effects included the flooding of over 600 houses and the evacuation of 16 farms. Villages, such as Borrowbridge, were cut off, and power supplies, roads, and railways were also affected. The Bristol to Taunton line was closed at Bridgwater for instance. The environmental impacts were even worse though; an enormous volume of debris dumped by the floodwaters had to be cleaned up and stagnant waters had to be re-oxygenated before being pumped back into rivers. However, I think the worse impact of all was the contamination of all flooded areas by oil, agricultural chemicals, livestock effluent, and human sewage. I think that this is the worst impact because of its potential for causing harm to humans and other animals.
In conclusion, I think that the socio-economic and environmental effects of this flood were both important but that the environmental effect was more important, because of the potential to cause harm.
