The correct answer is letter C.
Explanation: The British Empire was the largest empire in human history, dominating nearly a quarter of the planet.
The economic development in the 19th century, was because of the use of the slavers too. For the industrialists they were cheaper and offered a work, a good work for a good price.
Answer:
At the end of the movie his character Red is reunited with Andy in Mexico
Explanation:
He finally gets out of prison on Parole, after 40 years in jail, he struggles to adapt to normal life. He ends up violating his parole and fleeing to Mexico so he won't go back to jail. He runs into Andy there.
Answer:
Ideas John Locke, Thomas Hobbes, and Jean-Jacques Rousseau helped popularized the concept of Democracy. (hobbes actually supported absolute monarchy in general, but several of his ideas are implemented in Democracy)
Explanation:
John Locke was known for his ideas about law supremacy. No one should be placed above the law. Even the government officials should be subjected to the same law as the people.
Hobbes presented the idea that The government exist only to represent the interest of the people who form them. Especially to maintain order, economic stability and safety from foreign attack.
Jean-Jacques Rousseau presented the idea that The government should guarantee the freedom of its people.
The combination of these ideas contributed to the democratic ideology that we used today, This exact ideology was held by the people of France when they revolted against the monarchy. They no longer wanted the government ruled by nobles. They wanted the people to be influenced in determining the policies taken by the government.
V<span>(a) </span>
<span>Let: </span>
<span>a be the acceleration of the system, </span>
<span>g be the acceleration due to gravity, </span>
<span>T be the tension in the string. </span>
<span>For mA: </span>
<span>T = mA a </span>
<span>For mB: </span>
<span>mB g - T = mB a </span>
<span>Adding to eliminate T: </span>
<span>mB g = (mA + mB)a ...(1) </span>
<span>a = mB g / (mA + mB) </span>
<span>= 7.0 * 9.81 / (11.0 + 7.0) </span>
<span>= 3.815 m/s^2 </span>
<span>= 3.82 m/s^2 to 3 sig. fig. </span>
<span>(b) </span>
<span>Let: </span>
<span>s be the distance to the edge of the table, </span>
<span>t be the time taken. </span>
<span>s = at^2 / 2 </span>
<span>t = sqrt(2s / a) </span>
<span>= sqrt(2 * 1.250 / 3.815) </span>
<span>= 0.810 sec to 3 sig. fig. </span>
<span>(c) </span>
<span>From (1): </span>
<span>(mA + mB)(a / g) = mB </span>
<span>mA(a / g) = mB(1 - a / g) </span>
<span>mA = mB(g / a - 1) </span>
<span>= 4.0(100 - 1) </span>
<span>= 396 kg.</span>
