Find the indefinite integral. Check your result by differentiating. Jaxax 8x dx Step 1 Recall the Constant Multiple Rule where k is a constant and f(x) is a function.

Calculus: Early Transcendentals
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Author:James Stewart
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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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Now recall the Simple Power Rule where 
n ≠ − 1
 and C is the constant of integration.
 
Find the indefinite integral. Check your result by differentiating.
[ 8x dx
Step 1
Recall the Constant Multiple Rule where k is a constant and f(x) is a function.
dx = k f(x) dx
KS F(x
[₁
For
[kf(x)
8x dx, we have k = 8 ✔
1fxd
[8x dx
8x dx = 8 ✔
Step 2
Now recall the Simple Power Rule where n - 1 and C is the constant of integration.
[x² dx
dx =
x + 1
n+ 1
8 and f(x) = x. Applying the Constant Multiple Rule gives the following result.
+ C
We note that we can write 8
8√x dx as 8 / x²
xdx as 8 x¹ dx. Therefore, n =
and n + 1 =
Applying the Simple Power Rule gives the following result. (Use C for the constant of integration.)
8/x dx -
=
Transcribed Image Text:Find the indefinite integral. Check your result by differentiating. [ 8x dx Step 1 Recall the Constant Multiple Rule where k is a constant and f(x) is a function. dx = k f(x) dx KS F(x [₁ For [kf(x) 8x dx, we have k = 8 ✔ 1fxd [8x dx 8x dx = 8 ✔ Step 2 Now recall the Simple Power Rule where n - 1 and C is the constant of integration. [x² dx dx = x + 1 n+ 1 8 and f(x) = x. Applying the Constant Multiple Rule gives the following result. + C We note that we can write 8 8√x dx as 8 / x² xdx as 8 x¹ dx. Therefore, n = and n + 1 = Applying the Simple Power Rule gives the following result. (Use C for the constant of integration.) 8/x dx - =
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