I would say D, because enzymes are chemical reactions, and heat can trigger a reaction between two dormant chemicals, and when the heat runs out, the enzyme will stop working.
In a typical energy pyramid, herbivores have more energy available to them than carnivores, tertiary consumers are fewer than secondary consumers, and soil organisms recycle nutrients.
<h3>Energy pyramid in the ecosystem</h3>
The producer forms the bases of the energy pyramid of any ecosystem. this is followed by the primary consumers, secondary consumers, tertiary consumers, and quaternary consumers respectively.
The population at each trophic level decreases as we move up, resulting in a form of a pyramid. Also, the amount of energy obtained at each trophic level decreases as we move upward.
Thus, one can effectively conclude that:
- Herbivores have more energy available to them than carnivores.
- There are fewer tertiary consumers than secondary consumers.
- Soil organisms recycle nutrients but not energy back into the ecosystem.
More on the energy pyramid can be found here: brainly.com/question/2515928
#SPJ1
Glycolysis happens in the cytosol which converts glucose into two pyruvate molecules. The pyruvate molecules then enter the mitochondria where atp is made.
The hydrosphere (water on the surface of the planet). This includes oceans, seas, rivers, streams, lakes and ponds.
The answer is d. allowing the good genes to slowly <span>spread through the population.
</span>
<span>Natural selection is the differences in survival
and reproduction as the consequence of differences in genotypes and, consequently, phenotypes. It is one of the factors of evolution that affects a frequency of different variations. </span><span>In natural selection, genotype variations that
will increase the chance of survival and reproduction of some organism are
preserved and will be inherited Thus, "good genes" will be inherited. But, as the evolution, it will be slow process, since rarely evolution happens quickly.</span>
