
Calculus
Area Between Curves worksheets
Practice exact area between polynomial curves with intersection-derived or supplied limits, x or y integration, and every order-changing crossing split correctly.
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Practice exact volumes whose square, rectangular, or right-triangular cross sections stand on widths through semicircular, semi-oval, and elliptical bases.
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Sketch each base and cross section, derive its area function, and find the exact volume.
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Customize this worksheetEach problem starts with a measured ellipse or upper half-ellipse. Students identify the exact slice width, apply the square, rectangle, or right-triangle area rule, and integrate the resulting quadratic.
Learning objective
Derive a slice width and cross-sectional area function, then integrate it exactly over the base.
Worked example
A(x) = w(x)^2.
The base region supplies the segment length w(x); the named cross-sectional shape turns that length into an area.
Teaching notes
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Choose 2 or 4 problems. The height ratio applies only to rectangles and right triangles; squares always have side ratio 1.
A useful next step

Calculus
Practice exact area between polynomial curves with intersection-derived or supplied limits, x or y integration, and every order-changing crossing split correctly.
Preview and download
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Find the volume of nine cubes, rectangular, triangular, trapezoidal, regular pentagonal or regular hexagonal prisms and cylinders, with selectable problem types and units.
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