Absorption OF Drugs Jane took 100 mg of a drug in the morning and another 100 mg of the same drug at the same time the following morning. The amount of the drug (in mg) in her body t days after the first dose was taken is given by A ( t ) = { 100 e − 1.4 t i f 0 ≤ t < 1 100 ( 1 + e − 1.4 ) e − 1.4 t i f t ≥ 1 Find the average amount of the drug in Jane’s body over the first 2 days.
Absorption OF Drugs Jane took 100 mg of a drug in the morning and another 100 mg of the same drug at the same time the following morning. The amount of the drug (in mg) in her body t days after the first dose was taken is given by A ( t ) = { 100 e − 1.4 t i f 0 ≤ t < 1 100 ( 1 + e − 1.4 ) e − 1.4 t i f t ≥ 1 Find the average amount of the drug in Jane’s body over the first 2 days.
Solution Summary: The author calculates the average amount of the drug in Jane's body over the first 2 days.
Absorption OF Drugs Jane took 100 mg of a drug in the morning and another 100 mg of the same drug at the same time the following morning. The amount of the drug (in mg) in her body t days after the first dose was taken is given by
A
(
t
)
=
{
100
e
−
1.4
t
i
f
0
≤
t
< 1
100
(
1
+
e
−
1.4
)
e
−
1.4
t
i
f
t
≥
1
Find the average amount of the drug in Jane’s body over the first 2 days.
The graph of f(x) is given in the figure below. draw tangent lines to the graph at x=-3,x=-2,x=1,and x=4. estimate f'(-3),f'(-2),f'(1),and f'(4). Round your answers to one decimal place.
Consider the functions f(x)=4x-1 and g(x)=sq root of -x+7. Determine
1. f o g(x)
2. Give the domain of f o g(x)
3. g o f (x)
4. Give the domain of g o f(x)
Chapter 6 Solutions
Applied Calculus for the Managerial, Life, and Social Sciences: A Brief Approach
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