Review 5.1-5.3 Calculus (Make sure you study RS and WS 5.3)
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Transcript of Review 5.1-5.3 Calculus (Make sure you study RS and WS 5.3)
![Page 1: Review 5.1-5.3 Calculus (Make sure you study RS and WS 5.3)](https://reader035.fdocuments.net/reader035/viewer/2022081506/5697bf881a28abf838c895b6/html5/thumbnails/1.jpg)
Review 5.1-5.3
Calculus
(Make sure you study RS and WS 5.3)
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Given f ’(x), find f(x)
f’(x)
f’(x)
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Given f ’(x), find f(x)
f’(x)
![Page 4: Review 5.1-5.3 Calculus (Make sure you study RS and WS 5.3)](https://reader035.fdocuments.net/reader035/viewer/2022081506/5697bf881a28abf838c895b6/html5/thumbnails/4.jpg)
Basic Integration Rules
CkxkdxRule 1: (k, a constant)
Example 2:
Cx2dx2
Example 3:
Cxdx 22
Keep in mind that integration is the reverse of differentiation. What function has a derivative k?
kx + C, where C is any constant.
Another way to check the rule is to differentiate the result and see if it matches the integrand. Let’s practice.
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Rule 2: The Power Rule C1n
xx
1nn
n 1
Example 4: Find the indefinite integral dtt 3
Solution: C4t
dtt4
3
Example 5: Find the indefinite integral dxx23
CX52
C
25X
C1
23x
dxx 2
52
51
2
3
2
3
Solution:
Basic Integration Rules
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Example 6: Find the indefinite integral dxx13
Solution:
C2x
1C
2x
C13
xxdx
x
12
2133
3
Example 7: Find the indefinite integral dx1Cxdx1 Solution:
Example 8: Find the indefinite integral dxx3 2
Solution: C
x3
C1
3xC
123x
x3dx3x112
22
Here are more examples of Rule 1 and Rule 2.
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Evaluate Let u = x2 + 1
du = 2x dx
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Multiplying and dividing by a constant
Let u = x2 + 1du = 2x dx
Let u = 2x - 1
du = 2dx
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Substitution and the General Power RuleWhat would you let u = in the following examples?
u = 3x - 1
u = x2 + x
u = x3 - 2
u = 1 – 2x2
u = cos x
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Example 5a. Find dx13x
x2
Solution: Pick u.
Substitute and integrate:
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Example 2a. Find dx13x5
Solution: What did you pick for u?
u = 3x + 1du = 3 dx
Substitute: You must change all variables to u.
Just like with derivatives, we do a rewrite on the square root.
C13x910
Cu32
35
duu35
3du
u5dx13x5 2
32
3
2
1
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Example 3a. Find dx1xx 2
332
Solution: Pick u.
Substitute, simplify and integrate:
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Find the indefinite integral:1.) 2.)
dxdu
dxdu
xu
1
1
2
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Use the log rule to find the indefinite integral
1.) 2.)
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Find the indefinite integral:1.) 2.)
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Find the indefinite integral:1.) 2.)
x + 3
8
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A population of bacteria is growing a rate of
where t is the time in days. When t = 0, the population is 1000.
A.) Write an equation that models the population P in terms of t.
B.) What is the population after 3 days?
C.) After how many days will the population be 12,000?
When t = 0, P(t) = 1000, therefore C = 1000
About 7,715
6 Days