The reason why some colonists wanted independence was that D.) Still, Americans were upset over unfair treatment from the king, such as high taxes.
<h3>Why some colonists wanted independence?</h3>
The colonists were known to have fought the British due to the fact that they wanted to be free from the control of Britain.
Hence, they fought the British due to unfair taxes and as they want self-government.
Therefore, The reason why some colonists wanted independence was that D.) Still, Americans were upset over unfair treatment from the king, such as high taxes.
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I’m not sure what you mean by this. Please ask again. I think this is misspelled!
Because he wanted to test out the power of the government to break up bad trust
<span>B. They promote policies that support their beliefs.
Special interest groups in politics are also known as "advocacy groups" or "lobbying groups." They have a particular area of interest or policies that they'd like to see in place in the government. So they will spend a lot of money and effort seeking to convince those in government to adopt policies that are aligned with the interests or priorities of the interest group. The National Rifle Association (NRA) would be an example of a powerful lobbying group of this sort. So also would be Greenpeace, which is an environmental interest group. There are many interest groups supporting many different causes or concerns.</span>
During the 1926-2013 period the geometric mean return on small-firm stocks was 11.82%
<h3>What is the geometric return for the stock?</h3>
The geometric mean is the average growth rate of an investment calculated by multiplying n variables by the nth -root. In other words, it is the average return on an investment over time, and it is a metric used to assess the performance of a single investment or a portfolio of investments.
The geometric mean also goes by the names geometric average, compounded annual growth rate, and time-weighted rate of return. It is the average return rate for a set of values calculated using the terms' products.
In other words, the geometric average multiplies several values (the return rates) and raises them to the 1/nth power.
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