Answer:
The Cold War and decolonization were also linked by the actions of the two superpowers. The US proclaimed that it supported democracy and free markets. The Soviet Union promised to liberate workers from the shackles of capitalist, imperial rule.
Explanation:
After World War II, European countries lacked the wealth and political support necessary to suppress far-away revolts. They could not oppose the new superpowers the U.S. and the Soviet Union's stands against colonialism. Strong independence movements in colonies. The European powers were determined to preserve colonial rule, and a long source of profit and national pride led to decolonization after World War II. The Cold War influence the process because the United States and the Soviet Union struggled to exert influence in the former colonies, and economic growth. Cold War helped facilitate European decolonization and affected some specific processes of decolonization. United States Marshall Plan helped western European states with post-WWII economic reconstruction, thereby relieving them of the need to hold on to their colonies. One of the most important effects of decolonization is the instability of the post-colonial political systems, which entails another, far-reaching consequences. These include deep economic problems, inhibiting growth and widening disparities between the northern and southern part of the globe.
Answer:
B) false
Explanation:
Socrates never wrote anything. All of what we know about Socrates is from what other people wrote about him.
Answer:
President Eisenhower
Explanation:
President Eisenhower -
Eisenhower was the 34th president of the United States , serving his presidency from 1953 to 1961 .
After the year of 1928 , he was the very first republican , who won the elections for president.
He was responsible for the end of the Korean war.
Hence , from the information of the question, the correct answer is President Eisenhower .
He was an engineer! Most people do not think engineering is a science but what they do not know is that engineering <span>is the application of mathematics and </span>scientific<span>, economic, social, and practical knowledge in order to invent, innovate, design, build, maintain, research, and improve structures, machines, tools, systems, components, materials, processes, solutions, and organizations. :)</span>
