And so we'll go through that. So, number one, a stable equilibrium between two alleles, such as in the sickle cell in the sixth plane, by which we're following, so that would be a heterozygote advantage, slightly for both alleles, so they would both maintain that some relative performance. Number two was which type of gene selection helps maintain variation. There are relatively few over dominance for a heterocyclone-bearing group in the other example that is not given here. And so of these only negative frequency dependent selection.
So the rarity of a meal is a higher genetic risk. ...down to dry vacancies, many different possible... ...requirements...
...as possible. ...3, which type of genotypic selection produces an unstable equilibrium such that which field becomes fixed? Depends on their initial relative frequencies.
That's a heterozygote disadvantage. It's likely it gets both the wheels in the heterozygote. So, depending on the thickness of Dr. Morzago's, there's a point where, at Yonvich, in terms of the allele frequencies, the other allele will get a score of 3. Or which type of genetic selection favors whatever color pattern is locally most common in populations. Of course, it's butterflies, and that is a common thing with superdependent selection, which is obviously the opposite of negative with superdependent selection.
So here, the higher the frequency of the allele, the higher its relative fitness. That's going to eliminate other elements. Which of the following types of phenotypic selection causes an increase in the range of variables of the trait? And that was disruptive selection.
So phenotypic selection, quantitative traits, distribution, selecting for the far end of that distribution to describe that. Since, consider a hypothetical ruckus with two segregated alleles, say 1 and A2, the population size is small, mutation is absent, and neither of the two alleles have a selective advantage. Small population, no selection, that's going to be genetic drift.
What happens in genetic drift is the one allele, the typical case, and all of the other alleles. Which of the following statements about genetic privilege is true? Is true. What we, this advocate's meals can sometimes increase the frequency due to genetic error.
This question is just too long. ...scapegoat, this really kind of book. But anyways, we have just a few survivors from a tight room. And we have a disproportionate allele of color blindness. That would be the result of a polylep.
9. The concept of that individual which is the current population traced back to one single ancestor is coalescence, which is a good concept. As a result of an allele frequency changing towards fixation due to genectomy, the relative heterozygote D decreases. The expected result of genectomy is always for heterozygote to decline and increase in the connective contacts. The individual that has two glial that are identical by descent is an autozygote or is an autozygous. ...increases heterozygosity.
So, how the genetic growth can be ...increases heterozygosity. How cross-segment actually increases heterozygosity. Alright, I can't remember. I think, right, using the same answers as I did before, the rate of positive selection Alright, so it only depends on the three signs. There is no selection, so there is no selection for location.
Fourteen, species that are restricted to a location and finally they're where else in the world are endemic species. Fifteen, bio... Distributions of organisms provided by the Code of Biological Laws and evidence that the condition could occur, in which the following is about, are the evidence used by biologists to support this decision. Deceptive quantification, I think this was up in the outline of the sentence.
You can look back at the outline of the sentence too, right? And they didn't know that the evidence was in the form. So the answer here was C.
Species distributions are closely related to the event of the kind of state. They thought they must be in the environment, but they didn't know how they were. 2016 biogeography is reflective of all of the above, the continental drift, the geography, history, ecology of the present, and Darwin and Wallace. You know what the biogeographic probes are?
A broad region is always recognized as separate clusters of higher taxa, topics, etc. Those are biogeographic probes. What the biogeographic probes?
Draw a search. It's a great question. So which of the following is not true of biogeographic realms?
They have different orders and families and groups and there's some organisms. And so they do not share species between realms. This is a bunch of examples.
That's not a good question. We're going to be looking for it here by 19... ...in this instance, I'm providing examples of distro distributions for all of these. The lady slipper orchids, the koas, the alligators, and the starlings.
Oh, my lady slipper orchid got a death threat. It's gorgeous. This is it. This huge, yellow, baby slipper orchid. I should have done it.
Okay. 20 is with the Panama board removing the rain barrier between the two restrooms. The most prevalent geotropic is the Arctic, and that is the example of the Junk Dispersal. It seems like range expansion, like now it's a quadrature, for hundreds of billions of years, or at least 100 billion.
And so it's Junk Dispersal. I'm 21. An example of a phylogen for a person with autism is a location map on a person's character. I then need to figure out the location of the person's character.
And that is going to be an example that supports white characters. And you still are not really looking at a phylogen. 24, fairly specific, but... 4 to 24 of that was when examining the fauna of an island, by the mammals or the ability to have some other animals, like lizards or fauna, we have unbalanced attacks on distribution. That's going to best be explained by the same gel dispersal.
25 patterns of genetic divergence that became similar in mind-scale geographic clustering among multiple unrelated species suggest that the species experienced a similar history of vicarious and similar to geological and climatic processes in the same region this season. That was a fish in the south-eastern United States. 26, to set up all environmental conditions in which a species can maintain a stable population, is the Oriana Hutchinson's fundamental logical advantage.
...which the following is not true of biogenetic conditions. Biogenetic age concentration is the concept that recently separated sisters and sheeps share the vast majority of their age conditions. So it does not facilitate dispersal of daughter images to parent as they're different environmental...
We need our cranial capacity to be in the right linkage. Increase while body size. Stay relatively constant.
It's correct regarding the prominent lineage and still trying to see if it's interesting or relevant. There were reverse of an attack set up five million years ago, told me something particularly weird. 38.100 zygote disadvantage produces unstable equilibrium between reals and inter-reality effects.
That is the concept of an unstable equilibrium that is produced by 100 zygote disadvantage. ...way, it's an example of a trait that experiences disruptive selection, while it's stabilizing. ...the vector is a weaker evolutionary force than natural selection, which results in rate of change and other frequencies. That is true of natural selection, rather than natural selection.
Genetic drip is a natural selection. So you're not going to have genetic drip that focuses on your natural selection. Genetic drip cannot produce adaptation.
That is true. Adaptation results in natural selection. Genetic drip is a random process. 34, in part of a mother organism, performs self-baiting, and her zygostomy is reduced by one quarter of its generation, as false is by half. 35, vicarious, closely tied to speciation and extinction.
So when you split a group into separate populations, that would drive situation. And when the barriers form, they get wiped out. In 36, all can't die of the dark, such as the phylogenetic analysis. The phylogenetic analysis showing yes to the locations is indicative of child dispersal.
It's true. As far as how rotation works, we're all going to do number 37. Kingdoms are classified by their names, and that is true. Okay, any questions about the exam? Any questions about the exam?
Any comments?