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ANALYTIC GEOMETRY
            Math 004

Lecture #1
• Rectangular Coordinate System
• Distance Between Two Points
• Division of a Line Segments
• Midpoint of a Line
RECTANGULAR COORDINATE
            SYSTEM
   Developed by Rene Descartes
   The horizontal axis is the x-axis and the vertical
    axis is the y-axis
   The point of intersection of the two axes is the
    origin of the Cartesian plane
   The Cartesian plane is composed of four
    quadrants
   Each quadrant represents an ordered pair with
    respective sign
   Plotting is the process of locating point/s in the
    Cartesian plane
Ex. Plot the ff. points in Cartesian plane
DISTANCE BETWEEN TWO
           POINTS

Sample Problem
1. Calculate the distance of AB
2. Calculate the distance of AB

DIVISION OF A LINE SEGMENT
   When P lies between A and B on the line
    segment, then P is said to be divided
    internally (internal division)



       A             P              B
   When points, such as Q and R, lie on an
    extension of the segment outside the interval
    AB, then they are said to be divided externally
    (external division)

       Q           A            B          R
MIDPOINT OF A LINE


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Lecture #1 analytic geometry

  • 1. ANALYTIC GEOMETRY Math 004 Lecture #1 • Rectangular Coordinate System • Distance Between Two Points • Division of a Line Segments • Midpoint of a Line
  • 2. RECTANGULAR COORDINATE SYSTEM  Developed by Rene Descartes
  • 3. The horizontal axis is the x-axis and the vertical axis is the y-axis  The point of intersection of the two axes is the origin of the Cartesian plane  The Cartesian plane is composed of four quadrants  Each quadrant represents an ordered pair with respective sign  Plotting is the process of locating point/s in the Cartesian plane
  • 4. Ex. Plot the ff. points in Cartesian plane
  • 5. DISTANCE BETWEEN TWO POINTS 
  • 6. Sample Problem 1. Calculate the distance of AB
  • 7. 2. Calculate the distance of AB
  • 8.
  • 9. DIVISION OF A LINE SEGMENT  When P lies between A and B on the line segment, then P is said to be divided internally (internal division) A P B
  • 10. When points, such as Q and R, lie on an extension of the segment outside the interval AB, then they are said to be divided externally (external division) Q A B R
  • 11. MIDPOINT OF A LINE 