1. For the given functions, state the range and find (f-¹)'(a) using the appropri- ate formula for the derivative of the inverse function. Do not find f-¹.

Calculus For The Life Sciences
2nd Edition
ISBN:9780321964038
Author:GREENWELL, Raymond N., RITCHEY, Nathan P., Lial, Margaret L.
Publisher:GREENWELL, Raymond N., RITCHEY, Nathan P., Lial, Margaret L.
Chapter3: The Derivative
Section3.CR: Chapter 3 Review
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Solve 1 a ,b,c
ined in the problem.
1. For the given functions, state the range and find (f-¹)'(a) using the appropri-
ate formula for the derivative of the inverse function. Do not find f-¹.
(a)
f(x) = x³
(b) f(x)=√x-2
(c) f(x) = 9-x²
at a = 8
for 0≤x≤3 at a = 8
dy
2. For the given function, find the domain of y, dx
(a) y = sin−¹(3x)
V=
(b) y = tan-¹(x³)
and the domain of
3. Find the domain of the given logarithmic functions and solve the equation
(a) log3x + log3(x + 2) = 1
(b) log₁0 (2x + 4) + log₁0 (x − 2) = 1
4. Find Show your work. Turn in at least TWO of the following proble
dy
dx
(a) y = e cos x
(b) y = xe ²x² - 4x
(c) y = In (sin(x²))
(d) y = x ln(4x - 3)
(e) y = ln(4- x³)
dy
5. Find using logarithmic differentiation. Show your work.
dx
(x²+4)√4x − 1
(b)
at a = 2
y = x cos x
dy
dx
(c) y = x
Transcribed Image Text:ined in the problem. 1. For the given functions, state the range and find (f-¹)'(a) using the appropri- ate formula for the derivative of the inverse function. Do not find f-¹. (a) f(x) = x³ (b) f(x)=√x-2 (c) f(x) = 9-x² at a = 8 for 0≤x≤3 at a = 8 dy 2. For the given function, find the domain of y, dx (a) y = sin−¹(3x) V= (b) y = tan-¹(x³) and the domain of 3. Find the domain of the given logarithmic functions and solve the equation (a) log3x + log3(x + 2) = 1 (b) log₁0 (2x + 4) + log₁0 (x − 2) = 1 4. Find Show your work. Turn in at least TWO of the following proble dy dx (a) y = e cos x (b) y = xe ²x² - 4x (c) y = In (sin(x²)) (d) y = x ln(4x - 3) (e) y = ln(4- x³) dy 5. Find using logarithmic differentiation. Show your work. dx (x²+4)√4x − 1 (b) at a = 2 y = x cos x dy dx (c) y = x
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