Answer:
Allele G represents the strong jaw, and allele g represents the weak jaw. This is because as the generations go by, allele G’s population increases, but allele g’s population decreases. If hard shelled animals are the only foods available to them, you would need a strong jaw to eat them. This means that allele g wouldn’t be able to eat these reptiles, so their population would decrease from lack of food.
Explanation:
Answer: Health outcomes
Explanation:
Health outcome can be defined as the events that occurs after an intervention or care, these events can be measured clinically by physical examination, laboratory testing and imaging; self reported or observed.
Health outcomes are defined as changes in health of an individual or a group of individuals that result from specific healthcare interventions. Example of health outcome is improvement in a patient's eye sight after a cataract surgery.
Answers:
During the day, plants produce (oxygen) by splitting water molecules in the light-dependent reactions of photosynthesis. At the same time, plants use cellular respiration to produce some of the (carbon dioxide) needed by the light-independent reactions to make sugars. During the night, plants produce (oxygen, but not carbon dioxide) because (only cellular respiration) takes place.
Answer:
ligand; molecule; ligand; molecule; nervous system
Explanation:
Ligand-gated ion channels are membrane proteins that interact with ligands (molecules) and open in response to this binding. In the nervous system, these channels are activated by neurotransmitters (ligands) that regulate synaptic transmission between nerve cells (neurons). Neurotransmitters are signaling molecules clustered close to the cell membrane of axon terminals in presynaptic neurons. For example, glutamate is a ligand neurotransmitter that binds to ion channels and thus stimulates synaptic activity in the mammalian brain.
Answer: A. The second law of thermodynamics predicts that although localised areas may temporarily increase in the degree of order, the overall randomness of the universe will not decrease
Explanation: The second law of thermodynamics is that the total entropy of a system can remain constant only in ideal cases, which is otherwise called thermodynamic equilibrium. It is understood that these systems are isolated. In addition, the entropy of the system and the environment can also be constant in the case of a reversible process. In all other, therefore real cases, the entropy of the system and the environment increases, that is, in real cases the process of increasing the entropy of the system and the environment is irreversible. The reason for the irreversibility of the process of increasing entropy is that all natural, that is, real processes are irreversible, as a consequence of the asymmetry of reality, that is, the asymmetry between what happened and what will happen, which is otherwise called the past and the future.
