African Americans are more likely than white Americans to be convicted of the same crime, and African Americans are more likely than Whites to serve longer sentences once convicted. This is further explained below.
<h3>What are
African Americans?</h3>
Generally, A person of African and specifically Black African heritage in the United States; is how the dictionary defines an African-American.
In conclusion, African Americans have a higher conviction rate than white Americans and a higher average length of sentence for the same offense.
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One of the reasons was because Makkah (the holy place of pilgrimage for Muslims) was also connected to many global trade routes.
The correct answer is "more powerful computer technology."
What most likely allowed scientists to start mapping so much faster was more powerful computer technology.
On October 1, 1990, a diverse group of experts and scientists dedicated full attention and resources to study the human genome. After 13 years of hard and committed work, the scientists were capable of deciphering the human genome. The project ended in April 2003. What this means is that these scientists were capable of mapping the genes in the human body to better understand what formed us as biological beings. Scientists reached the conclusion that we have 20, 500 genes in our DNA.
Signal detection theory; it states how stress or tension increases the sensitivity to faint pain stimuli.
More about Signal detection theory:
SDT, or signal detection theory, is a method for assessing sensitivity in decision-making. Early in the 1950s, radar researchers first created
SDT's main concept is that decisions are made against an uncertain backdrop, and the decision-objective maker's is to separate the decision signal from the background noise. SDT can be used in any situation involving a binary choice where the decision-reaction maker's can be compared to the target's actual existence or absence.
Usage:
Signal detection theory (SDT) is used when psychologists want to measure the way we make decisions under conditions of uncertainty, such as how we would perceive distances in foggy conditions or during eyewitness identification.
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