Answer:
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Explanation:
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Heart failure, Coronary thrombosis
<span>Died: </span><span>April 19, 1882</span>
Answer:
Ezana made decisions that referred particularly to two issues:
- Adoption of Christian religion, which was spread throughout the kingdom of Aksum with enthusiasm.
- Strengthening commercial activity as the basis of the Aksum economy. For this reason, Ezana initiated a military expedition in territory of Meroe.
Explanation:
Hello!
In the middle of the fourth century AD, Ezana ruled the kingdom of Aksum.
With the intention of evangelizing the kingdom, Ezana decided to strengthen the church as a very important institution. In this sense, he supported Frumentius as the head of the church. Ezana also ordered the construction of numerous churches.
At that time, the Roman Empire used a trade route between the Mediterranean Sea and India, using the Red Sea for it. Aksum used the port of Adulis as the center of this commercial route. The military campaign in Meroe territory was aimed at ensuring the hegemonic position of Adulis.
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<span>The Korean War had its immediate origins in the collapse of the Japanese empire at the end of World War II in September 1945
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Consequently the allies decided to divide the territory, into two halves along the 38th parallel, with an ultimate aim of reunification, which was not forthcoming. The northern unpopular regime decided to initiate the agreement and the war broke.
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Ernest Rutherford contributed to the atomic theory by discovering that the atom is mostly empty space.
He can to that conclusion because he fired alpha particles at gold foil, which was so thin that it was only around .00004 cm thick, and while almost all shot straight through, some actually bounced back!
He likened it to shooting a 15-inch round(bullet) at tissue paper, only to have it bounce right back at you! Based on this, he theorized that the atom is mostly empty, which is why a majority of the particles passed right through, but in the very center of the atom there is a super-dense structure called a nucleus that held a majority of the atom's mass. This super-dense mass would be more than massive enough to deflect the particle, should they collide.
