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Find the volume of the described solid $S .$The base of $S$ is the triangular region with vertices $(0,0),$$(1,0),$ and $(0,1)$ . Cross-sections perpendicular to the $y$ -axisare equilateral triangles.

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$$\frac{\sqrt{3}}{12}$$

Calculus 2 / BC

Chapter 7

APPLICATIONS OF INTEGRATION

Section 2

Volumes

Applications of Integration

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Lectures

05:20

Find the volume of the des…

03:37

$47-59$ Find the volume of…

03:01

Find the volume of the fol…

05:22

03:12

02:57

Use the general slicing me…

02:16

The base of a solid $V$ is…

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