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67 Cards in this Set

  • Front
  • Back
on center
central angle
angle = arc
on circle
inscribed angle
angle = 1/2 arc
on circle
angle formed by a tangent and a chord
angle = 1/2 arc
inside circle
angle formed by two intersecting chords
angle = 1/2(arc + arc)
outside circle
angle formed by two secants
angle = 1/2(far angle - close angle)
outside circle
angle formed by a secant and a tangent
angle = 1/2(far angle - close angle)
outside circle
angle formed by two tangents
angle = 1/2(far angle - close angle)
angle = (180 - close angle)
area
rectangle
bh
area
parallelogram
bh
area
rhombus
(2)
1/2d1d2
bh
area
sqaure
(4)
s^2
bh
1/2d1d2
1/2ap
area
triangle
(3)
1/2h
equilateral~
1/2ap
s(squared)(root)3 over 4
area
trapezoid
(2)
1/2h(b1+b2)
mh
area
circle
(pi)r^2
area
regular polygon
1/2ap
lateral area
prism
ph
perimeter x height
total area
prism
LA + 2B
lateral area + 2 base areas
volume
prism
Bh
base area x height
lateral area
pyramid
1/2pl
1/2 perimeter x slant height
total area
pyramid
LA + B
lateral area + base area
volume
pyramid
1/3 Bh
1/3 base area x height
1/3 prism volume
lateral area
cylinder
ph
perimeter x height
circumference (2 pi radius) x height
total area
cylinder
LA + 2B
lateral + 2 base areas
volume
cylinder
Bh
base area x height
lateral area
cone
pirl
pi x radius x slant height
total area
cone
LA + B
lateral area + base area
volume
cone
1/3Bh
1/3 base area x height
1/3 cylinder volume
total area
sphere
4pir^2
4 x pi x r(squared)
volume
sphere
4/3pir^3
4/3 x pi x r(cubed)
equidistant from 2 points (plane)
a line (perpendicular bisector)
equidistant from 2 points (space)
a plane
equidistant from sides of an angle (plane)
a ray (angle bisector)
equidistant from sides of an angle (space)
...
equidistant from 2 parallel lines (plane)
a line parallel to both lines
equidistant from 2 parallel lines ( space)
a plane
equidistant from 2 intersecting lines (plane)
2 perpendicular lines
equidistant from 2 intersecting lines (space)
2 perpendicular planes
equidistant from 3 nonlinear points (plane)
1 point (circumcenter)
equidistant from 3 nonlinear points (space)
a line
equidistant from 3 collinear points (plane)
0 points
equidistant from 3 collinear points (space)
0 points
equidistant from the sides of a triangle (plane)
1 point (incenter)
equidistant from the sides of a triangle (space)
a line
a fixed distance from a point (plane)
circle
a fixed distance from a point (space)
1 sphere
a fixed distance from a line (plane)
2 parallel lines
a fixed distance from a line (space)
cylindrical shell
a fixed distance from a line segment (plane)
1 "slug"
a fixed distance from a line segment (space)
1 "capsule"
a fixed distance from 2 intersecting lines (plane)
4 points
a fixed distance from 2 intersecting lines (space)
...
a fixed distance from a circle where distance < radius (plane)
concentric circles
a fixed distance from a circle where distance = radius (plane)
1 point and 1 circle
a fixed distance from a circle where distance < radius (space)
a tarus donut
a fixed distance from a circle where distance > radius (plane)
1 circle
a fixed distance from a circle where distance = radius (space)
...
a fixed distance from a circle where distance > radius (space)
...
perpendicular bisector sides of triangle
circumcenter
center of circumscribed circle
circumcenter
angle bisectors of triangle
incenter
equidistant from vertices of triangle
circumcenter
equidistant from sides of triangle
incenter
center of inscribed circle
incenter
medians of a triangle
centroid
trisection point for each median
centroid
center of gravity balance point
centroid
altitudes of triangle
orthocenter