Flat Surface Twoe Dimensional Figure
CUBOID
Elements
Area
Volume
SA = 2lw + 2lh + 2hw
Note = length (l), width (w), and height (h)
Volume: l × w × h
Note = length (l), width (w), and height (h)
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Number of edges: 12
Number of faces: 6
Number of vertices: 8
CUBE
Elements
Area
Volume
Volume = Side x Side x Side
Area = Side x Side x 6
PRISM
PYRAMID
Triangular Pyramid
Rectangular Pyramid
Triangular Prism
Cylinder
Number of edges: 12
Number of vertices: 8
Number of faces: 6
Elements
Number of edges: 8
Number of faces: 5
Number of vertices: 5
Volume
Area
Area = lw + l√[(w/2)2 + h2] + w√[(l/2)2 + h2]
Volume = (length x width x height) : 3
Elements
Area
Volume
Number of faces: 4
Number of edges: 6
Number of vertices: 4
Volume: (√2)/12 × a³
Area = base A + 1/2 (p + slant h)
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Area
Volume
Elements
Elements
Area
Volume
Number of faces: 5
Number of edges: 9
Number of vertices: 6
Volume: 1/2 × b × l × H
Surface area = (Perimeter of the base × Length of the prism) + (2 × Base Area)
Square Pyramid
Volume
Volume: 1/3 × l² × h
Area
Area = a2+ 2al (or) a2+2a √a24+h2 a 2 4 + h 2 .
Elements
Number of vertices: 5
Number of faces: 5
Number of edges: 8
Number of faces: 2
Area =n2πr(r + h)
Volume: π × r² × h
GRACIELA 8D/12