Answer:
10 years.
Explanation:
Both the sentences are to be served concurrently which means that they must be served at the same time. As per the question, the ten-year sentence and the three-year sentence would be served simultaneously. Therefore, the three-year sentence would be served with the ten-year sentence making it total of total ten years.
Answer:
When Puerto Rico became part of the United States
after the Spanish-American War, many Puerto Ricans
feared that the United States would not give them the
measure of self-rule that they had gained under the
Spanish. Puerto Rican statesman and publisher Luis
Muñoz Rivera was one of the most vocal advocates of
Puerto Rican self-rule. Between 1900 and 1916, he lived
primarily in the United States and continually worked
for the independence of his homeland. Finally, in
1916, the U.S. Congress, facing possible war in Europe
and wishing to settle the issue of Puerto Rico, invited
Muñoz Rivera to speak. On May 5, 1916, Muñoz Rivera
stood before the U.S. House of Representatives to discuss the future of Puerto Rico.
Explanation:
hope this helps
Answer:
The missing options are:
A. Potential confounding variables are not always controlled din laboratory studies
.
B. Retention tests employed in laboratory studies are usually once merged with factual information rather than emotions
.
C. The intensity of emotional responses is more accurately measured after the event in laboratory studies
.
D. Memories and emotional experiences as in real life are very different from those generated in laboratory studies.
The correct answer is option D.
Explanation:
Generalizability measures how useful is what scientists have been studying in a laboratory in comparison with the real-life since the first option is a prototype of reality that can miss valuable variables that can have an impact on the real life. With generalizability, we can see if the results of the investigation and the process that scientists used are useful in real life and can apply to other things or communities. The efficiency of generalizability depends on how well the representation of reality was in the laboratory.
