Answer:
Functionalist perspective
Explanation:
The functionalist perspective is a phenomenon that has been understood that is a complex system that parts work together for the stability and solidarity of workers. In this approach, the sociologist looks at a micro-level. Functionalism is an approach that takes the society at whole perspective. Herbert spencer popularized society as part of society's organs that work for the body functions. From the social perspective, functionalism has prerequisite needs such as water, shelter food clothing, and money, etc. are very important for a person to live life from above the poverty line.
Answer:
Narendra Modi was born on 17 September, 1950 in Vadnagar, Gujarat to a lower middle class family of grocers. He has proved that success has nothing to do with caste, creed or where a person belongs to. He is the first Prime Minister of India whose mother was alive when he took office. In the Lok Sabha, he represents Varanasi constituency and considered as a master strategist for his party. Since 2014, he is current Prime Minister of India and prior to it he had served as the Chief Minister of Gujarat state from 2001 to 2014.
Efforts that seek to improve the economic<span> well-being and quality of life for a community by creating and/or retaining jobs and supporting or growing incomes and the tax base.</span>
Answer:
His cognitive error is ______ overgeneralization.....
Explanation:
Overgeneralization is the phenomenon when a person applies one experience and generalize it to all other experiences including the ones which are yet to come in future.
Jed not trusting all women is an example of overgeneralization.
If you estimated the length of the bottom line perfectly on every trial, the error percentage for each trial would be (A) 0%
If one makes an accurate calculation of how long the bottom life will last, the percentage of error will likewise be zero.
This is further explained below.
<h3>What is
the percentage of error?</h3>
Generally, The difference that exists between an exact value and an estimate of that value is referred to as the approximation error in a data value.
Both an absolute mistake and a relative error are viable ways to describe this particular issue.
In conclusion, If you were able to predict the length of the bottom line with absolute precision on each and every try, the error percentage for each and every try would be (A) 0%.
If one makes an accurate calculation of how long the bottom life will last, the percentage of error will likewise be zero.
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complete question
If you estimated the length of the bottom line perfectly on every trial, what would the error percentage be for each trial?. 0% 100% 50% 10%
