A medical study has shown that the first 20 days of radiation therapy, a particular type of malignant tumor decreases at a rate according to the function M'(t) = (-0.024t^2) + (0.01t) , where M represents the mass (in grams) of the tumor and t is the time (in days) since the beginning of the radiation treatment. If a tumor of this particular type has a mass of 200 grams just prior to the start of radiation treatment, answer the following. Round to 1 decimal place. a.) At what rate will the tumor be changing in 5 days? ______grams per day b.) At what rate will the tumor be changing in 10 days? ______grams per day c.) What will the mass of the tumor be in 5 days? ______grams d.) What will the mass of the tumor be in 10 days? ______grams
A medical study has shown that the first 20 days of radiation therapy, a particular type of malignant tumor decreases at a rate according to the function M'(t) = (-0.024t^2) + (0.01t) , where M represents the mass (in grams) of the tumor and t is the time (in days) since the beginning of the radiation treatment. If a tumor of this particular type has a mass of 200 grams just prior to the start of radiation treatment, answer the following. Round to 1 decimal place. a.) At what rate will the tumor be changing in 5 days? ______grams per day b.) At what rate will the tumor be changing in 10 days? ______grams per day c.) What will the mass of the tumor be in 5 days? ______grams d.) What will the mass of the tumor be in 10 days? ______grams
Calculus: Early Transcendentals
8th Edition
ISBN:9781285741550
Author:James Stewart
Publisher:James Stewart
Chapter1: Functions And Models
Section: Chapter Questions
Problem 1RCC: (a) What is a function? What are its domain and range? (b) What is the graph of a function? (c) How...
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A medical study has shown that the first 20 days of radiation therapy, a particular type of malignant tumor decreases at a rate according to the function M'(t) = (-0.024t^2) + (0.01t) , where M represents the mass (in grams) of the tumor and t is the time (in days) since the beginning of the radiation treatment. If a tumor of this particular type has a mass of 200 grams just prior to the start of radiation treatment, answer the following. Round to 1 decimal place.
a.) At what rate will the tumor be changing in 5 days?
______grams per day
b.) At what rate will the tumor be changing in 10 days?
______grams per day
c.) What will the mass of the tumor be in 5 days?
______grams
d.) What will the mass of the tumor be in 10 days?
______grams
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