Regina Bantilan (Prudence)

This picture is an example of Theorem 1-1. TWO DISTINCT LINES INTERSECT AT ONLY ONE POINT 🙂
#geometryiseverwhere

Joshua Luis C. Torreda (Prudence)

Theoreom 1-1
Two distinct lines intersect at only one point
#geometryiseverywhere

John Gabriel D. Artificio (lll- Prudence)

This picture represents Theorem 1-4 when the TABLE (Where the TV lies) represents as the plane and the TV represents its corners and the outlines as the Point and the Line which intersects but as you see, you don’t see the lines intersect but there is invisible lines

Danille Christian A. Esteva (Prudence)

This picture is all about postulate and theorem as you can see i don’t need to prove it.
Theorem 1-1: Two distinct lines intersect at only one point.
#geometryiseverywhere

Jefferson Joson (Prudence)

Theorem 1

-Two distinct lines intersect at only one point

As you can see the lines form an intersection and meet at one point.

Jennia Mikaela J. Tabisola (Prudence)

In this picture we can see points represented by the Lourdesians, we can also see a plane represented by the floor. This picture represents the Postulate 4 (FlatPlanePostulate) because if two points of a line are in aplane, then the line is in the plane.

Louise Gillian Gatdula (Prudence)

Postulate 3: Intersection Postulate.
a. Line Intersection Postulate.
If you look at the down side of the clock, you will see a lines that intersect through several points in it.

Keith Patrick M. Llamado III-Prudence

Theorem 1-1
Two distinct lines intersect at one point
#geometryiseverywhere

Jeremy carlos(prudence)

postulate 3: Intersection postulate
a:(Line intersection postulate)
If two distinct line intersect, then their intersection is a point.

Juan Eugenio G. Flores II (Prudence)

Theorem 1-1 according to the “Next Century Mathematics Geometry” Book of the Third Year Level

Two DISTINCT LINES intersect at ONLY ONE POINT.

#geometryiseverywhere