You didn't give us answer choices, but we can at least define "rotten boroughs" for you here ... and that may be enough to lead you to the correct answer.
A "rotten borough," also sometimes called a "pocket borough," was a borough or area that had a representative seat in Parliament but no longer really had much population in the borough. People had moved to the cities in droves due to industrialization. But as old parliamentary regions retained their representation in the House of Commons, their small electorate could be controlled by a small faction, or even by a single person. That's where the term "pocket borough" came from, as a whole representative district was essentially "in the pocket" of a single powerful person or family in that district.
Obviously all of that is bad for democracy. Democratic processes work best when the people are represented fairly. How boroughs for Parliament were drawn up, or how congressional districts for the US Congress are drawn up today, has an affect on how people are represented democratically. In the USA today, we have a sort of similar problem in what are called "gerrymandered" districts. Look up that term to learn more!
1.) Some of the factors that encouraged the development of a totalitarian government in the country was there was great cost during the war, the money was worth only a 6th as much as before the war, and food shortages.
2.) The primary leader who took power was Benito Mussolini and he was the head of the Italian Fascist Party.
3.) Some of the methods he used to take power were; he headed a coalition government while he slowly took power, he put his people into a new Italy Militia, and he started recreating Italy into a new totalitarian state.
4.) One way he appealed to the people was by organizing fascist rallies.
5.) One action that the leader took to control the country was to lead a Blackshirt march on Rome.
Answer:
The North had more people than the South, so it could produce more goods.
Explanation:
Hope this helps! :)
Tungkol kay is quite the term, cheers bro
<span>Part A: First, we factor out a^2 to obtain: a^2 [5x^2 - 19x - 4] = a^2[(5x+1)(x-4)]
Part B: By inspection, we can use the factors (x+7)(x+7). To check that we have indeed chosen correctly, we will multiply our factors to obtain x^2 + 7x + 7x + 49 =
x^2 + 14x + 49 = 0, which is correct.
Part C: Again, we can use trial and error and try the factors (x+10)(x-10). Multiplying throughout, we obtain x^2 + 10x - 10x - 100 = x^2 -100.</span>
