The number N of bacteria in a refrigerated food is given by N(T) = 1072 - 207 + 700, 1 sTS 20 where T is the temperature of the food in degrees Celsius. When the food is removed from refrigeration, the temperature of the food is given by T(t) = 2t + 2, 0 sts 6 where t is the time in hours. (a) Find the composition (N. T)(t). (N. T)(t) = Osts6 Interpret its meaning in context. This represents the rate at which the number of bacteria in the food is increasing as a function of time. This represents the number of bacteria in the food as a function of time. This represents the rate at which the temperature of the food is changing as a function of time. This represents the increase in the number of bacteria in the food from time t to t + 1. (b) Find the bacteria count after 0.5 hour. (Round your answer to the nearest whole number.) N(T(0.5)) | bacteria (c) Find the time when the bacteria count reaches 1000. (Round your answer to three decimal places.) |hr

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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The number N of bacteria in a refrigerated food is given by
N(T) = 1072 - 207 + 700, 1STS 20
where T is the temperature of the food in degrees Celsius. When the food is removed from refrigeration, the temperature of the
food is given by
T(t) = 2t + 2, 0 sts 6
where t is the time in hours.
(a) Find the composition (N. T)(t).
(N. T)(t) =
,Osts6
Interpret its meaning in context.
This represents the rate at which the number of bacteria in the food is increasing as a function of time.
This represents the number of bacteria in the food as a function of time.
This represents the rate at which the temperature of the food is changing as a function of time.
This represents the increase in the number of bacteria in the food from time t to t + 1.
(b) Find the bacteria count after 0.5 hour. (Round your answer to the nearest whole number.)
N(T(0.5)) = |
| bacteria
(c) Find the time when the bacteria count reaches 1000. (Round your answer to three decimal places.)
t =
hr
Transcribed Image Text:The number N of bacteria in a refrigerated food is given by N(T) = 1072 - 207 + 700, 1STS 20 where T is the temperature of the food in degrees Celsius. When the food is removed from refrigeration, the temperature of the food is given by T(t) = 2t + 2, 0 sts 6 where t is the time in hours. (a) Find the composition (N. T)(t). (N. T)(t) = ,Osts6 Interpret its meaning in context. This represents the rate at which the number of bacteria in the food is increasing as a function of time. This represents the number of bacteria in the food as a function of time. This represents the rate at which the temperature of the food is changing as a function of time. This represents the increase in the number of bacteria in the food from time t to t + 1. (b) Find the bacteria count after 0.5 hour. (Round your answer to the nearest whole number.) N(T(0.5)) = | | bacteria (c) Find the time when the bacteria count reaches 1000. (Round your answer to three decimal places.) t = hr
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