Answer:
The Battle of Iwo Jima was fought between the Japanese and US armed forces from February 19 to March 26, 1945, during World War II. It is considered one of the most famous battles of World War II, as the fighting caused the highest loss rate in the history of the US Marine Corps. The battle was fought on the small Pacific island of Iwo Jima. The purpose of the U.S. landing was to conquer the island because of its strategic airports.
The Marine Corps landed on the island of Iwo Jima with about four hundred amtracks and landing craft. After the Americans had advanced over the first dunes and a couple of hundred soldiers had advanced about a quarter of the shore, the Japanese opened fire. However, U.S. Marine soldiers managed to break the defense.
The stations of the Japanese Imperial Army, which defended the island, were heavily fortified. They consisted of large bunkers, hidden artillery, and an eighteen-mile-long network of tunnels. The battle was the first to be fought on the home islands of Japan. The resistance of the defenders was fierce, and some 18,000 Japanese soldiers died in the battle.
Answer:
Vietnamese characteristics at the national level by comparing Vietnam with other nations. The second aspect is differences between the North and South areas. The third aspect is differences between the generation that experienced and remembers the Vietnam War and the young generation of the post-Vietnam War era.
The use of atomic bombs during World War II led to "<span>an arms race between the United States and Soviet Union," since these were the only major countries with the capability to make atomic weapons for quite some time. </span>
Answer:
D. It was defeated by the Ottoman Turks.
Answer:
Air mass affect the air pressure.
Explanation:
Air mass depends on the moisture of the environment it is located in as well as the temperature that is in that environment. Depending on the location's temperature from the air mass, it would end up affecting the air pressure.If the air mass is dense with a cold temperature the air pressure would rise. The same applies for warmer temperatures. When the air mass is less dense and the temperature is hot, the air pressure would fall.
