X2 T06 03 Parallel Crosssections

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Published on May 8, 2009

Author: nsimmons

Source: slideshare.net

Volumes By Non Circular Cross-Sections

Volumes By Non Circular Cross-Sections a b e.g. Find the volume of this rectangular pyramid h

Volumes By Non Circular Cross-Sections y x a b e.g. Find the volume of this rectangular pyramid h

Volumes By Non Circular Cross-Sections y x a b e.g. Find the volume of this rectangular pyramid h

Volumes By Non Circular Cross-Sections y x a b e.g. Find the volume of this rectangular pyramid h

Volumes By Non Circular Cross-Sections y x a b e.g. Find the volume of this rectangular pyramid h

Volumes By Non Circular Cross-Sections y x a b e.g. Find the volume of this rectangular pyramid h

Volumes By Non Circular Cross-Sections y x a b e.g. Find the volume of this rectangular pyramid h

Volumes By Non Circular Cross-Sections y x a b e.g. Find the volume of this rectangular pyramid h

Find x in terms of z x z h

Find x in terms of z x z h

Find x in terms of z x z h x

Find x in terms of z x z h x ( x , z )

Find x in terms of z x z h x ( x , z )

Find x in terms of z x z h x ( x , z ) h

Find x in terms of z x z h x ( x , z ) h h - z x

Find x in terms of z x z h x ( x , z ) h h - z x

Find x in terms of z x z h x ( x , z ) h h - z x

Find x in terms of z x z h x ( x , z ) h h - z x

Find x in terms of z x z h x ( x , z ) h h - z x ( 0 , h )

Find x in terms of z x z h x ( x , z ) h h - z x ( 0 , h )

Find x in terms of z x z h x ( x , z ) h h - z x ( 0 , h )

Find x in terms of z x z h x ( x , z ) h h - z x ( 0 , h )

Find x in terms of z x z h x ( x , z ) h h - z x ( 0 , h )

Find x in terms of z x z h x ( x , z ) h h - z x ( 0 , h )

 

 

 

 

 

 

 

( ii ) A solid has a circular base, , and each cross section is a square perpendicular to the base.

( ii ) A solid has a circular base, , and each cross section is a square perpendicular to the base. y x -2 -2 2 2

( ii ) A solid has a circular base, , and each cross section is a square perpendicular to the base. y x 2 2 -2 -2

( ii ) A solid has a circular base, , and each cross section is a square perpendicular to the base. y x 2 2 -2 -2

( ii ) A solid has a circular base, , and each cross section is a square perpendicular to the base. y x 2 2 -2 -2

( ii ) A solid has a circular base, , and each cross section is a square perpendicular to the base. y x 2 2 -2 -2

( ii ) A solid has a circular base, , and each cross section is a square perpendicular to the base. y x 2 2 -2 -2

( ii ) A solid has a circular base, , and each cross section is a square perpendicular to the base. y x 2 2 -2 -2

( ii ) A solid has a circular base, , and each cross section is a square perpendicular to the base. y x 2 2 -2 -2

( ii ) A solid has a circular base, , and each cross section is a square perpendicular to the base. y x 2 2 -2 -2

( ii ) A solid has a circular base, , and each cross section is a square perpendicular to the base. y x 2 2 -2 -2

( ii ) A solid has a circular base, , and each cross section is a square perpendicular to the base. y x 2 2 -2 -2

( ii ) A solid has a circular base, , and each cross section is a square perpendicular to the base. y x 2 2 -2 -2

( ii ) A solid has a circular base, , and each cross section is a square perpendicular to the base. y x 2 2 -2 -2

( ii ) A solid has a circular base, , and each cross section is a square perpendicular to the base. y x 2 2 -2 -2

( ii ) A solid has a circular base, , and each cross section is a square perpendicular to the base. y x 2 2 -2 -2

( ii ) A solid has a circular base, , and each cross section is a square perpendicular to the base. y x 2 2 -2 -2

( ii ) A solid has a circular base, , and each cross section is a square perpendicular to the base. y x 2 2 -2 -2

( ii ) A solid has a circular base, , and each cross section is a square perpendicular to the base. y x 2 2 -2 -2

( ii ) A solid has a circular base, , and each cross section is a square perpendicular to the base. y x 2 2 -2 -2

( ii ) A solid has a circular base, , and each cross section is a square perpendicular to the base. y x 2 2 -2 -2

( ii ) A solid has a circular base, , and each cross section is a square perpendicular to the base. y x 2 2 -2 -2

( ii ) A solid has a circular base, , and each cross section is a square perpendicular to the base. y x 2 2 -2 -2 Exercise 3A; 16ade, 19 Exercise 3C; 2, 7, 8

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