Answer:
1. Imagine you were an archaeologist working with Sir Leonard Woolley in Iraq. Which of the discoveries do you think was the most exciting? Which discovery helped you most in determining what had happened to the people whose remains you found? Explain your answer.
Answer: I did a little more research about this I think that when I he found 1800 tombs at a Sumer grave and out of all those found 12 royal graves do you know how hard those are to find and he got twelve of them.
2. Suppose you were a historian studying ancient Sumer. How would your work be different from Woolley’s work?
Answer: Woolley was an archeologist if you want to be a historian you have to be kind of on that line but you study it more and figure out what it made of and all that stuff.
3. Sir Leonard Woolley worked on excavating Ur for twelve years. What years were they?
Answer: 1922 to 1934
4. What kinds of changes do you think will occur in the work of archaeologists in the next hundred years?
Answer: I think that archaeologist will find house, rock, and more fossils and maybe even plant that have been console in the soil.
5. Which work would you prefer, the work of the historian or the archaeologist? Why?
Answer: I will like to be an archaeologist is better because I can feel the stuff and be happy that I have found it.
Explanation: I did a lot of research to answer this question. Maybe next time go to Wikipedia it maybe be long to read but it worth It when you get an A RIGHT!
The Great Migration, or the relocation of more than 6 million African Americans from the rural South<span> to the cities of the North, </span>Midwest<span> and West from 1916 to 1970, had a huge impact on urban life in the </span>United States<span>.</span>
The Mississippi contributes by making a higher climint and at the bother and color climate witch comes the hurricane
Answer:
Explanation:
The refractive index of the suspected glass can be known by using the backe- line method. This process takes place in a petrographic microscope. In this method an oil comparable to the refractive index of the glass is used. At a point when the refractive index of the glass becomes equal to that of the oil in which it is immersed the yellow line under the observation of the plane polarized light gets disappeared. This method can be used to identify the refractive index of the suspect glass and comparing it with the source of origin or sample glass.
