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30 Cards in this Set

  • Front
  • Back
prism
formed by two parallel congruent polygonal faces called bases connected by faces that are parallelograms
cylinder
two parallel congruent circular bases and a curved surface that connects the bases
pyramid
polygonal base and triangular faces that meet at a common vertex
cone
circular base and a curved surface that connects the base to a vertex
euler's formula
for any polyhedron with V vertices, E edges, and F faces, V-E+F=2
lateral area of a right prism
base perimeter P and height h is L=Ph
surface area of a right prism
lateral area L and base area B is S=L+2B, or S=Ph=2B
surface area of a cube
edge length s is S=6s^2
lateral area of right cylinder
radius r and height h is
L=2(pi)rh
surface area of right cylinder
lateral area L and base area B is S=L+2B, or
S=2(pi)rh+2(pi)rh^2
lateral area of regular pyramids
perimeter P and slant height l is L=(1/2)Pl
surface area of regular pyramids
lateral area L and base area B is S=L+B, or S=(1/2)Pl+B
lateral area of a right cone
radius r and slant height l is L=(pi)rl
surface area of a right cone
lateral area L and base area B is S=L+B, or
S=(pi)rl+(pi)r^2
volume of a prism
base area B and height h is V=Bh
volume of a right rectangular prism
lenght l, width w, and height h is V=lwh
volume of a cube
edge length s is V=s^3
volume of a cylinder
base area B, radius r, and height h is V=Bh, or
V=(pi)(r^2)h
volume of a pyramid
base area B and height h is
V=(1/3)Bh
volume of cone
base area B, radius r, and height h is V=(1/3)Bh or
V=(1/3)(pi)r^2(h)
volume of a sphere
radius r is V=(4/3)(pi)r^3
surface area of a sphere
radius r is S=4(pi)r^3
slant height
distance from the vertex to the midpoint of an edge of the base
lateral area
sum of the areas of the lateral faces of a prism or pyramid, or the area of the lateral surface of a cylinder or cone
lateral edge
an edge of a prism or pyramid that is not an edge of a base
lateral face
a face of a prism or pyramid that is not a base
lateral surface
the curved surface of a cylinder or cone
surface area
the total area of all faces and curved surfaces of a three-dimensional figure
volume
the number of nonoverlapping unit cubes of a given size that will exactly fill the interior
great circle
divides a sphere into two hemispheres