Answer:
Both endergonic and exergonic reactions
Explanation:
Transition state is a particular configuration in a chemical reaction that corresponds with highest potential energy along a reaction coordinate.
When a chemical reaction takes place, energy is either released to the surrounding or absorbed from the surrounding.
In reactions where energy is released, the reaction is said to be exergonic and the bonds formed are stronger than the bonds being broken.
Endergonic reactions absorbs energy from the surrounding and forms weaker new bonds compared to the bonds being broken
Both reaction have a transition state.
<h2>Natural selection </h2>
Explanation:
Malthus's ideas about geometric population growth implied that: resources in every generation would be limited, therefore individuals in every generation would have to compete for those resources
- Thomas Malthus argued that the food supply increased linearly while population size increased exponentially
- The central theme of Malthus' work was that population growth would always overpower food supply growth, creating perpetual states of hunger, disease, and struggle
- The natural, ever-present struggle for survival caught the attention of Darwin, and he extended Malthus' principle to the evolutionary scheme
- Malthus’ writings ultimately inspired Darwin’s theory of evolution by natural selection
resources in every generation would be limited, therefore individuals in every generation would have to compete for those resources.
Answer:
Class Monogenea
This is one of the largest groups of flatworms whose members as almost exclusively parasites of aquatic vertebrates (ectoparasites).