How to find this area on the plane?

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SUMMARY

The discussion focuses on determining the area on a plane defined by specific boundary conditions using the variables u and v. Participants suggest drawing a diagram with the boundaries v = 0, v = 1, v = 2, and |u| = 1, |u| = 2 to create rectangles that partition the plane. By selecting a point within each rectangle, one can ascertain whether the entire rectangle is included in the set based on the point's membership. This method effectively visualizes the set's structure and boundaries.

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nhrock3
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you can replace x y instead of u v
i can't think of a way to find the are described here
?
v30jts.jpg
 
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I would start by drawing a picture with the boundary conditions: v = 0, v = 1, v = 2, |u| = 1, |u| = 2. These are all straight lines that will partition the plane into a number of rectangles. Pick a point in each rectangle and check whether or not it lies in your set. If a single point of the rectangle lies in your set, the entire rectangle (minus its boundary maybe) does! Conversely, if that point does not lie in the set, the entire rectangle will not (again, the boundary may be an exception).

You can check all rectangles like that. In the end you should have a pretty good picture of what your set looks like!
 

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