Answer:
Explanation:
After World War II, defeated Germany was divided into Soviet, American, British and French zones of occupation. The city of Berlin, though technically part of the Soviet zone, was also split, with the Soviets taking the eastern part of the city. After a massive Allied airlift in June 1948 foiled a Soviet attempt to blockade West Berlin, the eastern section was drawn even more tightly into the Soviet fold. Over the next 12 years, cut off from its western counterpart and basically reduced to a Soviet satellite, East Germany saw between 2.5 million and 3 million of its citizens head to West Germany in search of better opportunities. By 1961, some 1,000 East Germans—including many skilled laborers, professionals and intellectuals—were leaving every day
In August, Walter Ulbricht, the Communist leader of East Germany, got the go-ahead from Soviet Premier Nikita Khrushchev to begin the sealing off of all access between East and West Berlin. Soldiers began the work over the night of August 12-13, laying more than 100 miles of barbed wire slightly inside the East Berlin border. The wire was soon replaced by a six-foot-high, 96-mile-long wall of concrete blocks, complete with guard towers, machine gun posts and searchlights. East German officers known as Volkspolizei (“Volpos”) patrolled the Berlin Wall day and night.
Answer:
The way scarce resources get distributed within an economy determines the type of economic system. There are four different types of economies; traditional economy, market economy, command economy and mixed economy. Each type of economy has it’s own strengths and weaknesses.
Explanation:
In the post test only design
Answer:
It's the ability or willingness to tolerate something.
Explanation:
Force: The energy exerted on an object
Force is equal to mass times acceleration, meaning the mass of an object impacts how much force you will apply to it.
Force is equal to mass times acceleration. This means that the amount of force you apply will depend on the acceleration. If one object has a greater acceleration than another, that means you will have to apply more force to the object with a greater acceleration.
The formula that describes the relationship between force, mass, and acceleration is newtons second law. Force is equal to mass times acceleration.
Newtons second law states that the amount of force needed to stop an object is directly related to the amount of mass an object has and the amount of acceleration an object has
