A person's metabolic rate tends to go up after eating a meal and then, after some time has passed, it returns to a resting metabolic rate. This phenomenon is known as the thermic effect of food. Suppose the effect (in kJ per hour) for one individual is F(t)=−11.37+172.6te^–t/1.2 where t is the number of hours that have elapsed since eating a meal. Find the total thermic energy of a meal for the next six hours after a meal by integrating the thermic effect function between t=0 and t=6 The total thermic energy is about _________ kJ. (Round to the nearest whole number as needed.)

Calculus: Early Transcendentals
8th Edition
ISBN:9781285741550
Author:James Stewart
Publisher:James Stewart
Chapter1: Functions And Models
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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 person's metabolic rate tends to go up after
eating a meal and then, after some time has
passed, it returns to a resting metabolic rate.
This phenomenon is known as the thermic
effect of food. Suppose the effect (in kJ per
hour) for one individual is
F(t)=−11.37+172.6te^–t/1.2
where t is the number of hours that have
elapsed since eating a meal. Find the total
thermic energy of a meal for the next six hours
after a meal by integrating the thermic effect
function between t=0 and t=6
The total thermic energy is about _________ kJ.
(Round to the nearest whole number as
needed.)
Transcribed Image Text:A person's metabolic rate tends to go up after eating a meal and then, after some time has passed, it returns to a resting metabolic rate. This phenomenon is known as the thermic effect of food. Suppose the effect (in kJ per hour) for one individual is F(t)=−11.37+172.6te^–t/1.2 where t is the number of hours that have elapsed since eating a meal. Find the total thermic energy of a meal for the next six hours after a meal by integrating the thermic effect function between t=0 and t=6 The total thermic energy is about _________ kJ. (Round to the nearest whole number as needed.)
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