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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
6| # | Title | Difficulty | Tags | |
|---|---|---|---|---|
| 151 | Volume over a rectangle | Easy | ||
| 331 | A product integral | Easy | ||
| 332 | Over a triangle | Easy | ||
| 333 | Area of a disk, by integration | Easy | ||
| 336 | Over the unit cube | Easy | ||
| 338 | Where does the r come from? | Easy |
From open sources
24Showing everything, including problems with no answer to check, a missing figure, or a near-copy elsewhere. Show only complete problems
| # | Title | Difficulty | |
|---|---|---|---|
| 135130 | … and | Easy | |
| 135132 | … and | Easy | |
| 135134 | Easy | ||
| 135136 | Easy | ||
| 135138 | Easy | ||
| 135139 | … = triangle inside the lines | Easy | |
| 135140 | … = triangle inside the lines | Easy | |
| 135211 | A cube with sides of length 2, centered at | Easy | |
| 135212 | Half of that cube, the box above the … plane | Easy | |
| 135213 | Part of the same cube, the prism above the plane | Easy | |
| 135214 | Part of the same cube, above … and | Easy | |
| 135215 | Part of the same cube, above … and below | Easy | |
| 135216 | Part of the same cube, where | Easy | |
| 135217 | The tetrahedron bounded by planes …, …, …, and | Easy | |
| 135218 | The tetrahedron with corners …, …, …, | Easy | |
| 135129 | … and | Easy | |
| 135131 | … and | Easy | |
| 135133 | Easy | ||
| 135135 | Easy | ||
| 135137 | Easy | ||
| 135207 | For the solid region …, find the limits in … and compute… | Easy | |
| 135208 | Reverse the order in Problem 1 to … and find the limits… | Easy | |
| 135209 | This tetrahedron and five others like it fill the unit cube | Easy | |
| 135210 | Find the limits of integration in … and the volume of solids… | Easy |