Answer:
<em>it can, because...</em>
Explanation:
<em>Numerous studies have correlated drops in biodiversity—plus a diminished decent variety among warm-blooded creature species, specifically—to an expansion in the delivery of creature-invented infections to people. What's more, sound biological systems are vital for controlling the atmosphere and reducing air and water contamination.</em>
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<u><em>=hope this helped, mate=</em></u>
Tectonic plates are the surface of each and every thing on earth. all land forms rest upon them. When the plates shift, so does everything above it. But one thing is that you can barely notice it, approx. 1 inch year
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).
Hope this Helps!!!
With email non-verbal communication is lost and your message must be carefully composed to avoid being MISINTERPRETED BY THE RECIPIENTS.
One has to be precised and go straight to the point when sending email messages. One's words should also be carefully chosen in order to pass across the right information without the possibility of the message been misinterpreted by the recipient.
Answer:
Threats to the Great Lakes' ecosystems, include invasive species, climate change, pollution, and habitat destruction. Climate change affects water temperatures, weather patterns, and lake levels. Pollutants from residential, agricultural, and industrial areas reduce water quality.
Explanation:
