Basic Postulates

Postulates You will learn to identify and use basic postulates about points, lines, and planes. Postulates postulates Geometry is built on statements called _________. Postulates are statements in geometry that are accepted to be true. Postulates postulates Geometry is built on statements called _________. Postulates are statements in geometry that are accepted to be true. Postulate 1-1: Two points determine a unique ___. Postulates postulates Geometry is built on statements called _________. Postulates are statements in geometry that are accepted to be true. Postulate 1-1: line Two points determine a unique ___. There is only one line that contains Points P and Q P Q Postulates postulates Geometry is built on statements called _________. Postulates are statements in geometry that are accepted to be true. Postulate 1-1: line Two points determine a unique ___. There is only one line that contains Points P and Q P Q Postulate 1-2: If two distinct lines intersect, then their intersection is a ____. Postulates postulates Geometry is built on statements called _________. Postulates are statements in geometry that are accepted to be true. Postulate 1-1: line Two points determine a unique ___. There is only one line that contains Points P and Q P Q Postulate 1-2: If two distinct lines intersect, point then their intersection is a ____. Lines l and m intersect at point T l T m Postulates postulates Geometry is built on statements called _________. Postulates are statements in geometry that are accepted to be true. Postulate 1-1: line Two points determine a unique ___. There is only one line that contains Points P and Q P Q Postulate 1-2: If two distinct lines intersect, point then their intersection is a ____. Lines l and m intersect at point T l T m Postulate 1-3: Three noncollinear points determine a unique _____. Postulates postulates Geometry is built on statements called _________. Postulates are statements in geometry that are accepted to be true. Postulate 1-1: line Two points determine a unique ___. There is only one line that contains Points P and Q P Q Postulate 1-2: If two distinct lines intersect, point then their intersection is a ____. Lines l and m intersect at point T l T m Postulate 1-3: Three noncollinear points plane determine a unique _____. There is only one plane that contains points A, B, and C. A C B Postulates Points A, B, and C are noncollinear. A 1) Name all of the different lines that can be drawn through these points. C B    2) Name the intersection of AC , and CB Postulates Points A, B, and C are noncollinear. A 1) Name all of the different lines that can be drawn through these points. C B    2) Name the intersection of AC , and CB Postulates Points A, B, and C are noncollinear. A 1) Name all of the different lines that can be drawn through these points.  AC   CB   BA C B    2) Name the intersection of AC , and CB Point C Postulates 1) Name all of the planes that are represented in the figure. A B C D Postulates 1) Name all of the planes that are represented in the figure. There is only one plane that contains three noncollinear points. plane ABC plane ACD plane ABD (side) (side) (back side) B A D C plane BCD (bottom) Postulates Postulate 1-4: If two distinct planes intersect, then their intersection is a ___. M N Postulates Postulate 1-4: line If two distinct planes intersect, then their intersection is a ___. Plane M and plane N intersect in line DE. M D E N Postulates Name the intersection of plane CDG and plane BCD. E F A H D G B C Postulates Name the intersection of plane CDG and plane BCD.  DC E F A H D G B C Postulates Name the intersection of plane CDG and plane BCD.  DC  Name two planes that intersect in DF. E F A H D G B C Postulates Name the intersection of plane CDG and plane BCD.  DC  Name two planes that intersect in DF. planes ADF and CDF E F A H D G B C Postulates