Yes they would help predict and explain patterns of change in the size of populations for other large consumers.
<h3>What is Population?</h3>
This is defined as the total number of organisms in an area over a given period of time.
The population of producers and primary consumers help predict that of larger consumers. The higher their population, the lesser the population of large consumers that live in the Serengeti ecosystem.
Read more about Population here brainly.com/question/13403673
#SPJ1
The correct binomial nomenclature for humans is H. sapiens, in which H. is genus and sapiens is species.
<h3>What is binomial nomenclature?</h3>
The binomial nomenclature is a two-term naming system in which the name of every species is named specifically.
This naming system was developed by Carolus Linnaeus.
It is written as a genus with the following species.
For example the scientific name of the dog is Canis (genus) familiaris (species).
Thus, the scientific name of humans is H. sapiens.
Learn more about binomial nomenclature, here:
brainly.com/question/9837065
Answer:
<em>What are the allele frequencies in this population?</em>
- Frequency of S = 0.625
- Frequency of s = 0.375
<em>In the next generation of 1000 hamsters, what are the expected genotype frequencies?</em>
- Frequency (SS) = 0.39
- Frequency (Ss) = 0.47
- Frequency (ss) = 0.14
<em>What are the expected number of each genotype in the next 1000 hamsters?</em>
- Individuals SS = 390
- Individuals Ss = 469
- Individuals ss = 140
<em>Have the allele frequencies changed?</em> No, they are the same
<em>Is the population in Hardy-Weinberg equilibrium?</em> Yes, it is.
<em>The expected genotype frequency of Ss (2pq) in the next generation is expected to be: </em>0.469 (option a)
<em>The expected number of smooth fur hamsters (SS) in the next generation of 1000 hamsters is</em>: 390
Explanation:
Due to technical problems, you will find the complete answer and explanation in the attached files.
