The correct answer is A) motor cortex develops before the frontal lobes.
Young children can run and jump well before they can follow the rules of games because the: "motor cortex develops before the frontal lobes."
The motor cortex is responsible for motion function. Also known as M1, the motor cortex can be located in the brain, in what is known as the frontal lobe. This motor cortex allows children to produce natural impulses to move parts of its body.
That is why children can jump, run, roll, and play, without knowing the rules of a game, because the motor cortex facilitates movement.
Answer:
A) Two dependent samples
Explanation:
According to a different source, these are the options that come with this question:
A) Two dependent samples
B) Two independent samples
Inference for these data will be based on the use of two dependent samples. Dependent samples are those in which each score in one sample is paired with a score in the other sample. This means that the samples are related to each other, or depend on each other. In this case, the sample taken at the beginning of the term is dependent on the sample tested at the end of the term, as the professor is testing the same group of students.
She is being observant and monitoring results based on variation of grades
Fearing that the new national government would be too strong and so jeopardize individual liberty, the Anti-Federalists fought against the passage of the U.S. Constitution in 1787. This is further explained below.
<h3>What is
Constitution?</h3>
Generally, a set of generally accepted norms or guiding principles by which a country or other group is ruled.
In conclusion, In writing an essay you must consider the structure of the essay, Hence, the structure of the essay should be considered;
- The Introduction
- The body
- The conclusion
Read more about Constitution
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One way that scientist hope to use the recent knowledge gained about non coding RNAs lies with the possibilities for their use in medicine. I would expect to gain most from RNAs which is one of the scenarios for future research will be targeting siRNAs to disable the expression of an allele associated with autosomal dominant disease.
