Complete the table for each radioactive isotope. See Example 1. (Enter all amounts in grams. Round the initial quantity to one decimal place. Enter the amount after 10,000 years in scientific notation. Round the coefficient of the scientific notation to two decimal places.) Isotope 63% Half-life (in years) 96 Initial quantity grams Amount after 1,000 years 1.9 grams Amount after 10,000 years x 10 grams
Complete the table for each radioactive isotope. See Example 1. (Enter all amounts in grams. Round the initial quantity to one decimal place. Enter the amount after 10,000 years in scientific notation. Round the coefficient of the scientific notation to two decimal places.) Isotope 63% Half-life (in years) 96 Initial quantity grams Amount after 1,000 years 1.9 grams Amount after 10,000 years x 10 grams
Chapter10: Polynomials
Section10.5: Integer Exponents And Scientific Notation
Problem 416E: Calories In May 2010 the Food and Beverage Manufacturers pledged to reduce their products by 1.5...
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