The statement that correctly defines coevolution is:
D: Two entirely different species affecting each other's evolution, as in predator-prey relationships.
Another example of coevolution is host-parasite relationship, which happens between totally separated species, but affects the way both of them will evolve.
I can’t read most of them, I don’t know if it’s just my device but it’s a bit blurry
Answer: interfering with the normal transmission of nerve impulses to the posterior pituitary
Explanation: A blow to the head may cause diabetes insipidus by interfering with the normal transmission of nerve impulses to the posterior pituitary. Interfering with the normal transmission of ADH (antidiuretic hormone) to the posterior pituitary is done via the axons of the hypothalamic neurons. The disease is a rare one, characterized by the excretion of large amounts of severely diluted urine which cannot be reduced when fluid intake is reduced. It is generally related to a tumor or an insult to the pituitary gland, where the hormonal signals it gives to the kidneys break down, and the kidneys do not conserve water, but express the water as urine.
A basic experiment involves a minimum of two participant groups. The two participants are the experimental group and the control group. An experimental group receives the variable being tested, and one variable is tested at a time. The experimental group is compared to a control group, which does not receive the test variable.
The difference is that the optical and the optical and the electronic but not basic electronics uses electrons. Non-electronic electronics do not have crystal lenses, but coils, called electromagnetic lenses.
<h3>What is the difference between the TEM and the SEM?</h3>
The TEM has the highest resolving power among the microscopes used in this work. Its main advantage is the ability to analyze the interior of the sample, the subcellular ultrastructure. SEM is generally used to observe the surface of samples.
<h3>What is the function of the transmission electron microscope?</h3>
Transmission electron microscopy is a fundamental tool for the characterization of materials as it allows not only to visualize morphology but also to identify defects, crystalline structure, orientation relationships between phases, among others.
With this information, we can conclude that The working principle of a scanning electron microscope is based on the use of a beam of electrons of small diameter that are deflected by a system of coils.
Learn more about electron microscope in brainly.com/question/17083896
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