Answer:
A) Battery.
Explanation:
The RN is witnessing a case of battery because the unlicensed assistive personnel is forcefully pushing a client and is not paying attention to what the person needs, specially in a delicate state where the client needs contention and to be treated extremely well.
Would if i cpuld see the questions
The correct answer is C-reactive protein or CRP.
CRP is one of the most important marker for systemic inflammation. Another equally important marker for systemic inflammation is the erythrocyte sedimentation rate or the ESR. CRP and ESR are acute phase reactants that are synthesized in the liver by hepatocytes in response to proinflammatory cytokines (i.e. IL-2, TNF, IL-6).
Answer;
A. of a private residence becoming publicly important
Frank Lloyd Wright's Fallingwater house is best described as an example of a private residence becoming publicly important.
Explanation;
Frank Lloyd Wright first became known for his Prairie Style of architecture which incorporated low pitched roofs, overhanging eaves, a central chimney, and open floor plans which, he believed was the antidote to the confined, closed-in architecture of the Victorian era.
Falling water is a house designed by architect Frank Lloyd Wright in 1935 in rural southwestern Pennsylvania. The house was designated a National Historic Landmark in 1966.
The answer is C) B positive.
A mother has either AA or AO genotype. Since her daughter has OO genotype, the one O allele is from a father and one is from the mother. Thus, mother must have allele O. So mother's genotype is AO.
A mother with AO genotype will pass to her son either A or O allele. Since son is type B negative, it could inherit from mother only O allele. Son's genotype is BO. This means that he inherited from the father B allele.
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Father has either BO or BB genotype. Since his daughter has OO genotype, she must inherit one O allele from the father. Thus, the father has BO genotype.
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Talking of Rh, her son is type B negative. A negative Rh phenotype contains both recessive alleles r, so the mother must have allele r (she is either Rh+ heterozygous, or Rh- homozygous). The same is with father - he <span> is either Rh+ </span><span>heterozygous, or Rh- homozygous.
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