Answer:
cultural transmission
Explanation:
cultural transmission would have one generation give elements of culture to another.
Answer: Modeling
Explanation: The correct answer is modeling. This technique reffers to when a person imitates a behavior that seems appropiate to obtain whatever he/she wants; this happens because the wanted results are obtained by the model person by behaving that type of way.
Answer:
Explanation: The mean of the sample proportions that will be obtained from simulating thousands of random samples from a population of college student will be 0.6. This is so because :
The random sample obtained for use in the simulation were randomly selected from the population of college students. Randomized selection from the population will provide an unbiased selection of students used in the sample Therefore giving a good approximate representation of the population proportion.
Also, the size of the sample population impacts the ability of the sample statistics to generalize on the population data. The larger the size of the random samples adopted, the closer our approximation about the population. Here, with a random sample size running to thousands, the mean of the sample proportion will be just as close or equal to the population proportion.
Answer:
sense of responsibility
Explanation:
The sense of responsibility is an extremely relevant trait for Marines. This is because the leadership must be guided and oriented according to the leader's self-improvement examples, that is, their responsibility is to guide their subordinates and reinforce the organizational values so that everyone's behavior conforms.
An ethical environment is also formed by a leadership characterized by:
- clear communication,
- seeking the well-being of the Marines,
- guidance and supervision for tasks,
- developing a sense of team and responsibility,
- technical and tactical proficiency,
- solid decisions.
The correct answer are I, II, and III.
The following options would be useful in creating a phylogenetic tree of a taxon:
I) morphological data from fossil species.
II) genetic sequences from living species.
III) behavioral data from living species.
When we are talking in scientific terms, a phylogenetic tree of a taxon os an evilutionary tree that describes the evolutionary process of a group or organism that scientists call "taxon." At the top of the branches of a tree, you put the species, and then, their descendants. The nodes in the branch serve to identify common ancestors. If there is a split in the same node, it is because they are related and the scientific name is "sister groups."
