Austin Castro III-Prudence

Postulate 3
If two distinct planes intersect,then their intersection is a line

the picture shows that,the two sides of an chessboard is a plane and the there intersection is a line .The red line shows where is the intersection

Chelsea Selga III-Obedience

My picture depicts that exactly one plane contains a given line and a point not on the line which is Theorem 1-3.

As you can see in my picture there are lines and notes on a paper which is the plane. The notes is considered as points contained in a line and there are also notes that is considered as points that are not contained in the line.

#geometryiseverywhere

Joseph Viola (Prudence)

this is an example of the Postulate 4: Flat Plane Postulate

If two points of a line are in a plane, the line
containing the two points lies entirely in the plane.

If you are looking at an aerial view or any view possible, you will see the electric posts (points) are connected with the wires (lines) which are inside the empty road. (plane)

#geometryiseverywhere

Galo Garcia III-Prudence

The line in the window represents Postulate 1: Two Points determine exactly one line.

The two points are the starting and end point of a line. Those two points can only be on one line, there is no other line that can have both points.

Karl Torres III-Obedience

Postulate 3: LINE INTERSECTION POSTULATE

“If two line intersects then their intersection is a point.” As shown in the photo there is an intersection between tiles and even in the big cross is their is also an intersection,

#geometryiseverywhere

Dc Marcelo (Prudence)

Theorem 1-4 A plane with two intersecting line

#geometryiseverywhere =D

Mikhail Lucas S. Pimentel III – Prudence

Postulate 3 : If two distinct planes intersect, then their intersection is a line.

This shows that two planes intersect at the ceiling and their intersection is a line.

Matthew Garrido III-Prudence

Theorem 1-1
“Two lines intersect at one point”- The picture shows that the point (shaded by black) is where the two lines (shaded by orange) intersects.

#geometryiseverywhere

Gelo Arkoncel III – Obedience

 

Postulate 3: Intersection Postulate

Plane intersection postulate: If two distinct planes intersect, then their intersection is a line.

The squares in a rubik’s cube creates intersections that make lines in between.

#geometryiseverywhere

Ellaine Go III-Obedience

My picture depicts that if two points of a line are in a plane, the line containing the two points lies entirely in the plane. This is Postulate 4 also known as the Flat Plane Postulate.

As you can see in my picture, the guide are the points and they are on a line. The line containing the two points lies in the plane which is represented by the water or the sea.

#geometryiseverywhere