Answer:
1. Atmosphere⇒Plants⇒Land animals⇒decomposers⇒bacteria
1. Atmosphere⇒Plants⇒Aquatic animals
2. Animals ⇒Decomposers⇒Plants
also it can be
plants ⇒decomposers
Answer: no
Explanation:
just because there isn't a chance of that happening
Answer:
The answer is a).I think so...Tell me if I'm wrong
Pepsin, a digestive enzyme that works best at low pH is a good example. Pepsin begins the process of protein digestion in the very acidic environment of the stomach. During digestion, The stomach contents pass into the small intestine where the pH of pepsin rises from pH 2 to about 7.5. Pepsin goes above pH 5.5 to denature so that this enzyme will become inactive in the small intestine. From there protein digestion continues with the assistance of trypsin, an enzyme that functions well at the higher pH.
Answer:
Entropy is related to the disorder or randomness of a system.
Explanation:
Entropy is a thermodynamic magnitude such as temperature, density, mass, or volume. In thermodynamics, entropy is a disorder of every systematized system. It is a measure of the not usable energy in a system. It let us know the disorder degree within a process and allows us to distinguish between the energy that is completely used, from the unusable energy that is lost. Explains why some physical processes occur in determined ways by measuring the disorder degree in a system at a molecular level.
It is considered the demonstration that when something is not controlled, it might get disordered and transformed. And when the system is in a chaotic state, a new stabilized system might appear from it.