Use LEFT and RIGHT arrow keys to navigate between flashcards;
Use UP and DOWN arrow keys to flip the card;
H to show hint;
A reads text to speech;
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
|