Shells
01
Link to originalShells volume - offset graph,
-axis Consider the region in the first quadrant bounded by the lines
, , , and the curve . Revolve this about the -axis. Find the volume of the resulting solid.
IBP
03
Link to originalIntegration by parts - A and T
Compute the integral:
06
Link to originalIntegration by parts - A and L
Compute the integral:
08
Link to originalIntegration by parts - A and I
Compute the integral:
Trig power products
01
Link to originalSomewhat odd power product
Compute the integral:
02
Link to originalTangent and secant both even
Compute the integral:
03
Link to originalAll even power product
Compute the integral:
07
Link to originalTangent and secant mixed parity
Compute the integral:
- (a) Using
. - (b) Using
.
Trig subs
04
Link to originalTrig sub
Compute the definite integral:
09
Link to originalTrig sub
Compute the integral:
11
Link to originalTrig sub
Compute the integral:
Partial fractions
01
Link to originalDistinct linear factors
Compute the integral:
02
Link to originalLong division first
Compute the integral:
02
Link to originalLong division first
Compute the integral:
09
Link to originalPartial fractions - repeated factor
Compute the integral:
Simpson’s Rule
10
Link to originalSimpson’s Rule for volume by shells
Use Simpson’s Rule with
to compute the volume of the solid obtained by revolving the pictured region about the -axis. Can you do it without using a calculator? ![]()
11
Link to originalArea of a garden bed
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