The radioactive substance cesium-137 has a half-life of 30 years. The amount A (t) (in grams) of a sample of cesium-137 remaining after t years is given by the following exponential function. 30 A (t) = 458 Find the initial amount in the sample and the amount remaining after 100 years. Round your answers to the nearest gram as necessary. Initial amount: O grams Amount after 100 years: Ograms

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Chapter1: Chemical Foundations
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Nearest gram
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O EXPONENTIAL AND LOGARITHMIC FUNCTIONS
Evaluating an exponential function that models a real-world.
Hibal
The radioactive substance cesium-137 has a half-life of 30 years. The amount A (t) (in grams) of a sample of cesium-137 remaining after t years is given by the
following exponential function.
30
A (t) = 458
Find the initial amount in the sample and the amount remaining after 100 years.
Round your answers to the nearest gram as necessary.
Initial amount:
Igrams
Amount after 100 years: grams
O 2020 McGrmw Educetion All Rghes Rerved Tarm of Ube Privecy Acoest
Chelik
Explanation
%23
e Type here to search
II
Transcribed Image Text:/alekscgi/x/Isl.exe/1o_u-IgNslkr7j8P3jH-DilwpxbwPrkicRI6pS60AVDiQYFU2vvpW5C6nZ9KTVgNojVz. Q O EXPONENTIAL AND LOGARITHMIC FUNCTIONS Evaluating an exponential function that models a real-world. Hibal The radioactive substance cesium-137 has a half-life of 30 years. The amount A (t) (in grams) of a sample of cesium-137 remaining after t years is given by the following exponential function. 30 A (t) = 458 Find the initial amount in the sample and the amount remaining after 100 years. Round your answers to the nearest gram as necessary. Initial amount: Igrams Amount after 100 years: grams O 2020 McGrmw Educetion All Rghes Rerved Tarm of Ube Privecy Acoest Chelik Explanation %23 e Type here to search II
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