Geometric
Concept
|
Formula
Geometric Concept
|
Where
the concept is found in the city
|
Area |
The inclination
of two straight lines which meet in a point. |
Steets, main roads,
landing site, buildings, and zones. |
Angle |
The superficial
extent of any figure. |
Buildings, zones,
levels, dome, and landing site. |
Bisector |
(Bisect) To cut
into two equal parts. |
Buildings, and
zones. |
Circle |
A plane figure
conded by one line every point of which is equally distant from a certain
point called the center. |
Levels, buildings,
dome, and landing site. |
Curve |
A bend in a direction
continuosly derivating from a straight line. |
Buildings, zones,
streets, and main roads. |
Diameter |
A straight line
passing trough the center of a circle or the figure. |
Levels, buildings,
dome, and landing site. |
Distance |
A space or interval
(between). |
Buildings, zones,
levels, dome, landing site, streets, and main roads. |
Line |
That which has
length without breath or tickness. |
Buildings, zones,
levels, dome, landing site, streets, and main roads. |
Parallel lines |
Lines extended
in the same direction and equidistant in all parts. |
Levels. |
Pentagon |
A polygon having
five angles and five sides. |
Buildings, zones,
streets, and main roads. |
Plane |
A surface on which,
if any two points be taken, the straight line joining hem will lie enterely
on the surface. Any flat surface. |
Levels, and landing
site. |
Point |
That which has
position but no magnitude. |
Buildings, zones,
levels, dome, landing site, streets, and main roads. |
Polygon |
A plane figure
bounded by straight lines. |
Buildings, zones,
streets, and main roads. |
Radius |
A straight line
from the center to the circunference of a circle. |
Levels, buildings,
zones, streets, main roads, dome, and landing site. |
Trisector |
(Trisect) To cut
or divide into three equal parts. |
Builidings, and
zones. |
Volume |
Dimension. |
Dome. |
Solids |
Resisting change
of shape, having the parts firmly cohering. |
Dome, buildings,
zones, and levels. |