Answer:
B. prices would do a better job of coordinating the activities of buyers and sellers than markets could.
Explanation:
In 1776, the Scottish economist and philosopher also known as the father of economics, suggested that price was better left to produce better market results than the intervention of guilds.
He was of the opinion that price control and regulations by guilds were disruptions to market play and would not be as efficient as allowing price be determined by the market(buyers and sellers). Adam was a pioneer of the free market economic theory.
Answer:
Option: Akbar encouraged discussion between members of different religions instead of attempting to force religious conformity.
Explanation:
Akbar was known for his liberal views and religious policy. He adopted a policy of mutual understanding which allowed all religions to practice their faith and culture in his empire. He appointed many Hindu as a high official post. He also founded ‘Din-i-Ilahi’ a new religion, which allowed harmonizing all the religions community in his empire.
Answer:
Class width = max value-min value/# of classes
Class width is the difference between two consecutive lower class limits (or two consecutive lower class boundaries) in a frequency distribution.
The lower (and upper) class limits are the smallest (and largest) numbers that can belong to the different classes.
The lower (and upper) class limits are the smallest (and largest) numbers that can belong to the different classes.
The first lower class limit is approximately 90, and the second lower class limit is approximately 120.
Determine the distance between them.
120−90=30
Therefore, the class width is 30.
The approximate lower class limit of the first class is the first approximate lower class limit found above (approximately 90). The upper class limit of the first class is approximately equal to the second lower class limit, 120.
Therefore, the approximate lower and upper class limits of the first class are 90 and 120, respectively.
The argument in which requires inferential leap is an
argument defined by Wayne Brockriede and when argument is required to tackle inferential
leap, this is one of the six characteristics used in an argument I which is
being dictated by Wayne Brockriede.
