A large part of southern Nova Scotia is made up of granites (South Mountain Batholith) (375-380 million years old) exposed at surface. What plate tectonic and geological conditions were necessary to produce this large volume of granite? How could these rocks become exposed at surface? Why is the South Mountain Batholith considered to be a “Specialized Granite”? How did the Granite uranium vein type deposits form? (Give references to support your answer). Value 33.33%.A company has hired you to undertake an environmental radioactivity assessment on the area surrounding the town of Windsor, Nova Scotia (see map 1). The company wants to build a large resort near the town. The company has hired you assess the radioactive environmental risks in the area. What are the risks? What kind of uranium enrichment has taken place in the rocks of the area? If the resort has to depend on drilled wells to provide water, what might be some of the problems they might encounter? Given that you must locate a site in this area, what procedures would you undertake to assess the risks and recommend a location? What are the remedial steps that you would recommend at the resort during construction or after it is built? (Give references where applicable) Value 33.33%.You have been given the task to locate a high level nuclear waste disposal site somewhere in Nova Scotia. What would be the criteria for locating a site? How might you test the site before proceeding with construction? What about the social aspects of the disposal site selection, how could these be overcome? What kind of monitoring would have to be done on the site after it started operation to assure health and safety? How would this site compare to a disposal for low level radioactive material? (Give references) Value 33.33%

HelloI Need 7 pages PPT base on the paper attached, not include title page and ending page.Thank you

2. In order to determine the age of asteroid impact, the isotope of Potassiun (K-40) was used from the mineral orthoclase. On the space below, draw the radioactive decay graph of K-40 whose specific half-life (SHL) is 1.25 billion years. Indicate the following on the graph:a. On the x-axis, plot and label 0 to 6 generic half-lives (GHL).b. On the y-axis, draw and label the parent and daughter radioactive decay curves.c. The ages of the sample from 0 to 6 generic half-lives using the formula Age = GHL x SHL.d. Assuming the original amount of parent material is 12,000 grams, calculate the remaining parent material from 0 to 6 GHL.