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WorksheetsIntegration by Parts, Trig, Partial Fractions
Total questions: 20
Worksheet time: 2hrs 24mins
What would you choose for your u here if you used integration by parts?
t
3t
e2t
et
don't use IBP, let u = 2t
Evaluate the indefinite integral using integration by parts.
∫3x e2x dx
−2xe2x+4e2x+C
23xe2x−43e2x+C
xe−2x+2(1−x2)+C
−2xe2x+4lne2x+C
Evaluate the indefinite integral using integration by parts. ∫t2lnt dt
42t2ln2t−t2+C
3t3 lnt−9t3+C
2t+2et+C
4e2t−2t−1+C
∫xex dx by using integration by parts.
xex− ex+c
xex+ex+c
xex+c
xex−ex
What would you choose for your u here if you used integration by parts?
x
sin(x)
cos(x)
ex
What method would you use here?
antiderivative rules.
u-substitution
integration by parts
Stare at the question... forever.
What trig substitution should be made?
Base on the trig substitution for this integral, choose the correct triangle format
Evaluate the integral without simplifying
What trig substitution should be used?
Based on the trig substitution made for this integral, choose the correct triangle format
Solve the integral without simplifying
What trig substitution should be made?
Based on the trig substitution for this integral, choose the correct triangle
Solve the integral without simplifying
Which technique should be used to integrate this:
natural log pattern
u-substitution
integration by parts
partial fractions
Find the partial fraction decomposition...
∫x2+2x−15dx
81ln∣x−3∣−81ln∣x+5∣+c
41ln∣x−3∣−81ln∣x+5∣+c
81ln∣x+5∣−81ln∣x−3∣+c
41ln∣x+5∣−41ln∣x−3∣+c
A
B
C
D
E
A
B
C
D
E
