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A double integral over a rectangle splits into two single integrals done one after the other. For , write . Integrate with respect to first, treating as a constant, then integrate the result with respect to . For non-rectangular regions, describe the region with inequalities and choose an order so the inner limits may depend on the outer variable but not the other way around.
Curated
2| # | Title | Difficulty | Source | Tags | |
|---|---|---|---|---|---|
| 152 | The Gaussian integral | Deep | Classical | ||
| 337 | Swap the order | Deep | Lemma |
From open sources
16Showing everything, including problems with no answer to check, a missing figure, or a near-copy elsewhere. Show only complete problems
| # | Title | Difficulty | |
|---|---|---|---|
| 135159 | Write a program to compute … by the midpoint rule (midpoints of… | Deep | |
| 135160 | Use the program to compute the volume under … in 39–42 | Deep | |
| 135162 | Deep | ||
| 135164 | Deep | ||
| 135165 | In which order is … easier to integrate over the square | Deep | |
| 135167 | … might not approach … if we only know that | Deep | |
| 135231 | Define the average value of … in a solid | Deep | |
| 135232 | Find the moment of inertia … of the cube … when … | Deep | |
| 135233 | Add upper limits to produce the volume of a unit cube from… | Deep | |
| 135235 | The midpoint rule for an integral over the unit cube chooses the… | Deep | |
| 135236 | The trapezoidal rule estimates … as … times the sum of … | Deep | |
| 135237 | Propose a 27-point "Simpson's Rule" for integration over a cube | Deep | |
| 135161 | Deep | ||
| 135163 | Deep | ||
| 135234 | Find the limit as … of | Deep | |
| 135166 | Explain in your own words the definition of the double integral of… | Deep |