Answer:
a. Oscar would love the fraternity more than Sam because he went through more to get into it.
Explanation:
According to cognitive dissonance, we would expect that<em> Oscar would love the fraternity more than Sam because he went through more to get into it</em>. Cognitive dissonance comes from conflicting beliefs and behaviors which produce mental discomfort. Cognitive is related to mental activities, and the greater the dissonance the more the individual will try to reduce it. The option that Oscar took to reduce the cognitive dissonance is to underestimate the negative aspects associated with the fraternity.
Romans didn’t really eat meat, most were actually vegetarians. The romans who did eat meat where of nobility or were wealthy so they had the money for it and they usually ate meat to show off to the world that they had the money and were opulent enough for it.
Answer:
A. In death camps
Explanation:
During the Holocaust the Nazi Army carried out most of their murders in their death camps, also known as Extermination Camps or Killing Centers. The Nazi Army would use these camps to murder about 2.7 million Jews during the Holocaust. This was their main part of their final solution where they would torture and kill any and all that were different or stood against the Nazi Army. More predominantly Jews and Homosexuals.
Answer:
Adam Sandler is his voice actor.
A mutation is the change in the sequence of a nucleotide or in the organization of the DNA (genotype) of a living being, which produces a variation in the characteristics of this and that is not necessarily transmitted to the offspring. It occurs spontaneously and suddenly or by the action of mutagens. This change will be present in a small proportion of the population (variant) or of the organism (mutation). The genetic unit capable of mutating is the gene, the unit of hereditary information that is part of DNA.
In multicellular beings, mutations can only be inherited when they affect the reproductive cells. A consequence of mutations can be, for example, a genetic disease. However, although in the short term they may seem harmful, mutations are essential for our long-term existence. Without mutation there would be no change, and without change life could not evolve.
The definition of mutation from the knowledge that the hereditary material is DNA and the proposal of the double helix to explain the structure of the hereditary material (Watson and Crick, 1953), would be that a mutation is any change in the sequence of nucleotides of DNA. When this mutation affects a single gene, it is called a gene mutation. When it is the structure of one or more chromosomes that is affected, chromosomal mutation. And when one or several mutations cause alterations in the whole genome they are called genomic mutations.
