IP 8.5 # 8 Prove Triangles Similar with AA~, SAS~ or SSS~
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IP 8.5 # 8 Prove Triangles Similar with AA~, SAS~ or SSS~
IP 8.5 # 7 Using Indirect Measure to Find the Length of a Lampost- Use Shadows and Similar Triangles
6:17
IP 8.5 # 7 Using Indirect Measure to Find the Length of a Lampost- Use Shadows and Similar Triangles
IP 8.5 # 5 Given Similar Triangles Set up Proportion to Solve for x
3:16
IP 8.5 # 5 Given Similar Triangles Set up Proportion to Solve for x
IP 8.5 # 3 Showing the Given Triangles are Similar when Given all the Side Lengths
4:54
IP 8.5 # 3 Showing the Given Triangles are Similar when Given all the Side Lengths
IP 8.4 # 9 Finding Missing Side Length From Similar Triangles: Embedded Triangles Diagram
3:11
IP 8.4 # 9 Finding Missing Side Length From Similar Triangles: Embedded Triangles Diagram
IP 8.4 # 5 Looking to Prove Triangle Similarity Given a Diagram: Use AA~
4:39
IP 8.4 # 5 Looking to Prove Triangle Similarity Given a Diagram: Use AA~
IP 8.1 # 14 Given a Scale Factor, Find the Coordinates of an Image then Graph the Figure
5:45
IP 8.1 # 14 Given a Scale Factor, Find the Coordinates of an Image then Graph the Figure
IP 8.1 # 13 Find and Plot Coordinates on the Coordinate Grid of an Image After a Dilation
3:30
IP 8.1 # 13 Find and Plot Coordinates on the Coordinate Grid of an Image After a Dilation
IP 8.1 # 10 Find a Coordinate After a Dilation Given a Scale Factor, k
4:20
IP 8.1 # 10 Find a Coordinate After a Dilation Given a Scale Factor, k
IP 8.1 # 7 Given a Coordinate and its Image Find the Scale Factor
1:31
IP 8.1 # 7 Given a Coordinate and its Image Find the Scale Factor
IP 6.4 # 15 Use Centroid Theorem - Set up and Solve an Equation
3:29
IP 6.4 # 15 Use Centroid Theorem - Set up and Solve an Equation
IP 6.4 # 14 Use Centroid Theorem - Set up and Solve an Equation
2:54
IP 6.4 # 14 Use Centroid Theorem - Set up and Solve an Equation
IP 6.4 # 13 Use Centroid Theorem - Set up and Solve an Equation
3:17
IP 6.4 # 13 Use Centroid Theorem - Set up and Solve an Equation
IP 6.4 # 9 - 12 Using Centroid Theorem
4:13
IP 6.4 # 9 - 12 Using Centroid Theorem
IP 6.3 # 22 Using the Incenter Theorem in a Triangle to find an Unknown value
2:45
IP 6.3 # 22 Using the Incenter Theorem in a Triangle to find an Unknown value
IP 6.3 # 19 Incenter Theorem in a Triangle
1:37
IP 6.3 # 19 Incenter Theorem in a Triangle
IP 6.3 # 16 Find a Given Segment in a Triangle Using Circumcenter Theorem
3:37
IP 6.3 # 16 Find a Given Segment in a Triangle Using Circumcenter Theorem
IP 6.2 # 11 Angle Bisector Theorem - Solve for x Correct
3:22
IP 6.2 # 11 Angle Bisector Theorem - Solve for x Correct
IP 6.3 # 14 Finding Missing Segments in a Triangle Given the Circumcenter
1:40
IP 6.3 # 14 Finding Missing Segments in a Triangle Given the Circumcenter
IP 6.3 # 13 Using the Circumcenter to Find Missing Segments in a Triangle Diagram
2:04
IP 6.3 # 13 Using the Circumcenter to Find Missing Segments in a Triangle Diagram
IP 6.3 # 9 Using the Pythagorean Theorem to Find a Missing Leg - Irrational Solution
7:35
IP 6.3 # 9 Using the Pythagorean Theorem to Find a Missing Leg - Irrational Solution
IP 6.2 # 13 Prove the Angle Bisector Theorem
8:18
IP 6.2 # 13 Prove the Angle Bisector Theorem
IP 6.2 # 5 Perpendicular Bisector Theorem - Solve for x
4:29
IP 6.2 # 5 Perpendicular Bisector Theorem - Solve for x
IP 6.1 # 8 Parallel Lines and Transversal Angle Relationships - Solve for x
3:13
IP 6.1 # 8 Parallel Lines and Transversal Angle Relationships - Solve for x
IP 6.1 # 7 Solve for x with Parallel Lines and Transversal Angle Relationships
2:33
IP 6.1 # 7 Solve for x with Parallel Lines and Transversal Angle Relationships
IP 6.1 # 6 Completing a Triangle Congruence Proof
5:14
IP 6.1 # 6 Completing a Triangle Congruence Proof
IP 6.1 # 5 Completing a Proof
4:56
IP 6.1 # 5 Completing a Proof
Unit 6 Intro - Geometric Notation
11:34
Unit 6 Intro - Geometric Notation
IP 5.4 # 15 Find the probability of a randomly selected student being in band or on the honor roll
9:22
IP 5.4 # 15 Find the probability of a randomly selected student being in band or on the honor roll
IP 5.4 # 11 What is the Probability of Pulling a 5 or a Club from a Standard Deck?
4:51
IP 5.4 # 11 What is the Probability of Pulling a 5 or a Club from a Standard Deck?