Hello!
Montesquieu influenced the idea of Separation of Powers, which is currently used in the United States as a form of governmental balance.
The Separation of Powers limits each governmental branch with the purpose of preventing a dictatorship. Currently, the U.S. government is divided into three branches: the Legislative branch (includes the House and the Senate), the Executive branch (the president), and the Judicial branch (the courts). The Separation of Powers works as checks and balances. This means that if one branch gains more power than it should have, the other two branches can prevent it from gaining too much power. Each branch has a specific purpose that it must maintain.
Montesquieu concluded that the best way to prevent government corruption was to productively divide it. This idea was picked up by the United States and is still in effect today.
I hope this helps you!
The city had more job opportunities in factories
Answer:
The Loyalists.
Explanation:
Loyalists were those colonists who stayed loyal to the British throne during the American Revolution. They are also known as Tories, Royalists, or King's Men. Loyalists constituted about one-third, that is 20% of the colonist population, who supported British. They remained loyal to the Great Britain.
During the American Revolution, Loyalists were a group that were constantly harrassed by the Patriots. They seized their properties as well.
Therefore, the correct answer is Loyalists.
Answer:
The answer is B. Establish an absolute ruler.
Explanation:
Answer:
Explanation:
13)
---- (1)
------ (2)
Multiply equation by 5 and equation 2 by 4
------ (3)
------ (4)
Subtract equation 3 from 4
Divide both sides by -12
Substitute in equation 1
Subtract 24 from both sides
Divide both sides by 4
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14)
---- (1)
----- (2)
Make x the subject of formula in (2)
Substitute in (1)
Open bracket
At this point, we conclude that thee system has no solution.
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15)
--- 1
----2
Substitute in (2)
Subtract 4 from both sides
Divide both sides by 8
Substitute in equation 1
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16)
Add both equations
Divide both sides by 0.8
Substitute in (1)
Subtract 2.5 from both sides
Divide both sides by 0.4
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17)
Substitute in (1)
At this point, we conclude that thee system has no solution.
