[f(x)]", where n is a Recall the general power rule, which states that if the function f is differentiable and h(x) real number, then the following is true. LF(x)]" = n[f{x)1" - 'f'(x) dx h'(x) For "[(t' - 2)°] we have a differentiable function being raised to a power. Let g(t) = t' – 2 and n = 5. dt Therefore, we have the following. dt Applying the general power rule to the above gives us the following result. d [(g(t))"] = n[g(t)]" - 'g'(t) %3D dt d e? - 2)51 = 5(t7 – 2)5 – 1((| dt 7 – 2)4
[f(x)]", where n is a Recall the general power rule, which states that if the function f is differentiable and h(x) real number, then the following is true. LF(x)]" = n[f{x)1" - 'f'(x) dx h'(x) For "[(t' - 2)°] we have a differentiable function being raised to a power. Let g(t) = t' – 2 and n = 5. dt Therefore, we have the following. dt Applying the general power rule to the above gives us the following result. d [(g(t))"] = n[g(t)]" - 'g'(t) %3D dt d e? - 2)51 = 5(t7 – 2)5 – 1((| dt 7 – 2)4
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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Question
![Recall the general power rule, which states that if the function f is differentiable and h(x) = [f(x)]^, where n is a
real number, then the following is true.
d
h'(x) = [F{x)]" = n[f{x)]" - !f(x)
dx
For [(t' - 2)°] we have a differentiable function being raised to a power. Let g(t) = t' - 2 and n =
dt
5.
Therefore, we have the following.
d
d
[(g(t))"] :
dt
dt
Applying the general power rule to the above gives us the following result.
((g(t))"] =
dt
n[g(t)]" - 'g'(t)
[(t? - 2)51
5(t7 – 2)5 -](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fba97c60f-e198-4877-8261-f5404cfa8fed%2Fc134fecc-0c43-4043-8183-b4b16e9f55cd%2F5p5yo0d_processed.png&w=3840&q=75)
Transcribed Image Text:Recall the general power rule, which states that if the function f is differentiable and h(x) = [f(x)]^, where n is a
real number, then the following is true.
d
h'(x) = [F{x)]" = n[f{x)]" - !f(x)
dx
For [(t' - 2)°] we have a differentiable function being raised to a power. Let g(t) = t' - 2 and n =
dt
5.
Therefore, we have the following.
d
d
[(g(t))"] :
dt
dt
Applying the general power rule to the above gives us the following result.
((g(t))"] =
dt
n[g(t)]" - 'g'(t)
[(t? - 2)51
5(t7 – 2)5 -
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