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c. Given the concentration of Iridium in the asteroid in ppm to be (4.83102) and the mass of the asteroid in grams to be (7.21791014),
c. Given the concentration of Iridium in the asteroid in ppm to be (4.83102) and the mass of the asteroid in grams to be (7.21791014), calculate the mass of iridium in kilograms that settled over the surface of the planet. Note: The answer is assumed to be reduced to the highest power possible.(This means that your answer should be in scientific notation) When entering units for the answer, use the symbol for the unit, and if the unit has an exponent, enter the exponent as a carat(^). For example, grams would be "g" and, the unit grams per centimeter squared would look like, g/cm2. Note: Your answer is assumed to be reduced to the highest power possible. Your Answer: 10 Answer units
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