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AREA & VOLUME AUTHOR: KIT DATE: 2013-12-17
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Area & Volume

Mar 21, 2016

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Area & Volume. Author: Kit Date: 2013-12-17. Symbol. H:Height L:Length W:Width UB:Upper base LB:Lower base P:Parameter A:Area V:Volume. Triangle. P=L1 + L2 + L3 A=( LxH )/2. Triangle. Square. P=4L A= LxL = L^2. Square. Rectangle. P=2(W+H) A= WxH. - PowerPoint PPT Presentation
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Page 1: Area & Volume

AREA & VOLUMEAUTHOR: KIT

DATE: 2013-12-17

Page 2: Area & Volume

SYMBOL

• H: HEIGHT• L: LENGTH• W: WIDTH• UB: UPPER BASE• LB: LOWER BASE• P: PARAMETER• A: AREA• V: VOLUME

Page 3: Area & Volume

TRIANGLE

• P = L1 + L2 + L3• A = (LXH)/2

Page 4: Area & Volume

TRIANGLE

Page 5: Area & Volume

SQUARE

• P = 4L• A = LXL = L^2

Page 6: Area & Volume

SQUARE

Page 7: Area & Volume

RECTANGLE

• P = 2(W+H)• A = WXH

Page 8: Area & Volume

RECTANGLE

Page 9: Area & Volume

PARALLELOGRAM

• P = 2(L1 + L2)• A = WXH

Page 10: Area & Volume

PARALLELOGRAM

Page 11: Area & Volume

TRAPEZOIDAL

•  P = UB+LB+L1+L2• A = (UB+LB)XH/2

Page 12: Area & Volume

TRAPEZOIDAL

Page 13: Area & Volume

CIRCLE

• P = 2 X PI X R• A = PI X R^2

Page 14: Area & Volume

CIRCLE

Page 15: Area & Volume

PRISMS

• A = 2 X BA + SIDE AREA• V = BA X H

Page 16: Area & Volume

PRISMS

Page 17: Area & Volume

PRISMS

Page 18: Area & Volume

CONES

• S = BA +SIDE AREA• V = 1/3 X PRISMS

Page 19: Area & Volume

CONES

Page 20: Area & Volume

CONES

Page 21: Area & Volume

SPHERES

• S = 4 PI R^2• V = 4/3 PI R^3

Page 22: Area & Volume

SPHERE

• R = 5• R = 7