Haynes Stewart
03/16/2024 · Middle School
The formula \( V(t)=350\left(1-e^{-.0024 t}\right)^{3} \) models the relationship between the size of a certain type of tumor and the amount of time that it has been growing, where \( t \) is in months and \( V(t) \) is measured in cubic centimeters. Calculate the rate of change of tumor volume at 130 months. Round to the nearest thousandth.
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The rate of change of tumor volume at 130 months is approximately 0.132 cubic centimeters per month.
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