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Estimate the volume of the solid that lies below the surface z = xy and above the rectangle R given by 0 < x < 6 and 0 < y < 4. Use a Riemann sum where the x-interval is subdivided into n = 3 equal subintervals and the y-interval is subdivided into m =2 equal subintervals. Take the "sample point" to be the upper-right corner of each small rectangle (well, they are actually squares if you do it right).

Estimate the volume of the solid that lies below the surface z = xy and above the rectangle R given by 0 < x < 6 and 0 < y < 4. Use a Riemann sum where the x-interval is subdivided into n = 3 equal subintervals and the y-interval is subdivided into m =2 equal subintervals. Take the "sample point" to be the upper-right corner of each small rectangle (well, they are actually squares if you do it right).

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Estimate the volume of the solid that lies below the surface z = xy and above the rectangle R given by 0 < x < 6 and 0 < y < 4. Use a Riemann sum where the x-interval is subdivided into n = 3 equal subintervals and the y-interval is subdivided into m = 2 equal subintervals. Take the "sample point" to be the upper-right corner of each small rectangle (well, they are actually squares if you do it right). + Remember, the notation for this rectangle is R = [0, 6] × [0, 4].
Transcribed Image Text:Estimate the volume of the solid that lies below the surface z = xy and above the rectangle R given by 0 < x < 6 and 0 < y < 4. Use a Riemann sum where the x-interval is subdivided into n = 3 equal subintervals and the y-interval is subdivided into m = 2 equal subintervals. Take the "sample point" to be the upper-right corner of each small rectangle (well, they are actually squares if you do it right). + Remember, the notation for this rectangle is R = [0, 6] × [0, 4].
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