Answer:
Carbon can become "tied up" in the ocean for hundreds and sometimes millions of years because dissolved carbon dioxide in water can sink with cold water to the bottom where it is moved slowly by deep ocean currents for hundreds of years before it is released to the atmosphere. This can lead to ocean acidification (the ongoing decrease (more acidic) in the pH of the Earth's oceans, caused by the uptake of carbon dioxide from the atmosphere)
The planets in our Solar System formed from the solar nebula – the disc of gas left over from the formation of our Sun. ... The gas giants on the other hand, formed far enough away from the Sun that the temperature was cool enough for these volatile gases to condense, and form these huge, less dense planets
Well from what you've said, they'll end up with the same amount of energy from one another at the end as the coyote takes 90% from the desert tortoise and then the desert tortoise is taking 10% of the coyotes energy. At this point we would assume that the coyote ends up with 80% as he takes 90 but the tortoise takes back 10, however we are then told that the tortoise takes 90% of the coyote and the coyote takes 10% so it's exactly the same. Therefore, I can infer from this that the energy transfer would stay the same between the coyote and the desert tortoise. Hope this helps x
Answer:
If this is a true or false question, then it is TRUE
The answer is "because water is produced as a by-product"...the word dehydration should also be a major clue because that means water loss.
