Since the person is diagnosed and has been confirmed of having anti-social personality disorder, it means the patient does not have any thought of what is right and wrong and that the individual will likely ignore the feelings of others by that the nurse should still understand what the patient is going through and politely answer in a way that won't affect the client and in the same time, the nurse shouldn't be affected with what the client told him or her.
Lack of space (habitat loss), low birth rate (low productivity) and high death rate (high mortality).
Answer:
The given blank can be filled with learned helplessness.
Explanation:
In psychology, a mental state known as learned helplessness refers to a condition in which an individual is forced to cope with aversive stimuli, that is, the stimuli, which are unpleasant or painful. The individual becomes unwilling or loses the tendency to avoid succeeding encounters with those stimuli, even if they are escapable, generally because of the fact that he or she has learned that the situation cannot be controlled.
Loneliness, depression, phobias, anxiety, and shyness all can be exacerbated by learned helplessness. For example, an individual who feels shy in social conditions may ultimately start to assume that there is nothing, which he or she can do to suppress the symptoms.
Answer:
by crossing the sheep with a homo-zygous recessive sheep for “fluff” alleles
Explanation:
In genetics, the term homo-zygous refers to an individual that carries two copies of the same gene variant or 'allele' for a given gene. An individual that is homo-zygous dominant carries two copies of the same dominant allele. A dominant allele is a gene variant that can mask the expression of a recessive allele in heterozygous individuals (i.e., individuals that carry one copy of the dominant allele and one copy of the recessive allele). In a test cross, an individual that is suspected to be heterozygous for a given gene is crossed with a homo-zygous recessive individual in order to examine the phenotypes of the offspring. In this case, if the sheep that is suspected to be heterozygous (i.e., hybrid) is really heterozygous for the fur gene (genotype Ff), then the phenotypic ratio of the testcross progeny (F1) would be 1:1, i.e. 50% of the F1 individuals would have the 'dominant fluffy fur' phenotype (genotype Ff) and 50% of the F1 individuals would have the 'recessive non-fluffy fur' phenotype (genotype ff). Conversely, if the sheep that is suspected to be heterozygous is homo-zygous dominant for the fur gene (genotype FF), then 100% of the F1 individuals would have the 'dominant fluffy fur' phenotype (genotype Ff).
