Answer:
The Eastern Desert served as an important mineral resource for the ancient Egyptians. Limestone, sandstone, granite, amethyst, copper and gold were among the stones and metals mined from the desert, and the remnants of thousands of quarries, camps and roads are scattered through the region's mountains and wadis.
Answer:
Government institutions
Pass laws that uphold
cultural values
Religious institutions
Shape ideas about work
and money in a culture
Explanation:
The government and religious institutions have a great power over the culture of a place. This is because they are often the ones that determine a place culture, although sometimes, cultures also emerge from the bottom-up, and reach government and religious institutions in this manner.
Answer:
D. The Tang dynasty was the most successful empire in China during the Middle Ages.
Explanation:
Although you did not put the map, we can say that the Tang dynasty was the most successful dynasty in Medieval China, being considered the golden period of China. This is due to the great territorial expansion that allowed China to dominate a large part of the Asian continent. In addition, the Tang dynasty is responsible for vast artistic, literary, scientific growth and strong military power, in addition to having been successful in rebuilding important cities like Chang´na and Luoyang.
It’s either B. South or C. East i honestly think is C. East
In the gold foil experiment, alpha particles were launched at the foil and bounced off the nuclei.
What is gold foil experiment?
The gold foil experiment was a famous physics experiment conducted by German physicist Hans Geiger and his assistant Ernest Marsden in 1909. The experiment was designed to investigate the nature of alpha particles. The pair placed a sheet of gold foil just a few micrometers thick in front of an alpha particle source. They then observed how the alpha particles were scattered as they passed through the gold foil. The results of the experiment were surprising, as they showed that the majority of alpha particles were not scattered at all. This led to the development of the Rutherford model of the atom, in which the atom was composed of a small, dense nucleus surrounded by empty space.
When gold foil was bombarded with alpha particles, only a very small percentage of the alpha particles were deflected. The atom's nuclear model consists of a small yet dense positively charged core surrounded by an electron cloud.
To learn more about gold foil experiment
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