The client is resisting the nurse's advances towards him or her.
Cartoons such as this one took the position that deportation was necessary because assimilation programes in the united states was unsucsseful.
<h3>
What is assimilation programes?</h3>
To ensure the long-term success of immigrants and their offspring as well as to maximize the advantages of immigration, assimilation is crucial. According to recent studies, immigrants in this day and age are assimilating effectively.
Assimilation is happening quickly in the United States, according to a massive 520-page literature review by the National Academy of Sciences, but some of those gains are obscured by a phenomenon known as "ethnic attrition.
Numerous OECD studies reveal that, even when it comes to job matching, immigrants and their offspring are more economically integrated in the United States than they are in other affluent nations.
Therefore, Cartoons such as this one took the position that deportation was necessary because assimilation programes in the united states was unsucsseful.
To learn more about cartoons, refer to the link:
brainly.com/question/24144273
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Answer:
The codons that code for LEUCINE amino acid are:
1. UUA
2. UUG
3. CUU
4. CUC
5. CUA
6. CUG
Explanation:
A CODON is a group of three nucleotides in the mRNA molecule that specifies a particular amino acid. It represents a trio combination of nucleotides (A, G, C, U). There are about 64 possible codons formed from four nucleotides used in a combination of three's i.e 4³ = 64. All the codons collectively form the GENETIC CODE, which is used by all known living organisms.
However, since there are only 20 amino acids in nature and 64 possible codons, more than one codon encodes an amino acid. This means that the genetic code is DEGENERATE or REDUNDANT. Hence, in this case involving the amino acid: LEUCINE, the six (6) codons that specify it (depicted in the attached genetic code) are as follows:
- UUA
- UUG
- CUU
- CUC
- CUA
- CUG
oxygen is the correct answer
<span>Scientists use models of natural systems because these systems are often too large, too small, or too complex to study directly</span>