• #### Reflections - Concept

##### Math›Geometry›Transformations
How to describe the effect of a reflection, how to describe the effect of the ordered pair rules (x,y) -> (-x, y),(x,y) -> (x, -y), (x,y) -> (y, x).
• #### Translations - Concept

##### Math›Geometry›Transformations
How to describe a translation; how to interpret ordered pair rules.
• #### Translations - Problem 1

##### Math›Geometry›Transformations
How to perform a transformation when an ordered pair rule is given.
• #### Translations - Problem 3

##### Math›Geometry›Transformations
How to describe a translation when an ordered pair rule is given.
• #### Glide Reflections - Problem 1

##### Math›Geometry›Transformations
How to perform a glide reflection on a triangle in the coordinate plane given a translation rule and a line to reflect over.
• #### Rotations - Problem 1

##### Math›Geometry›Transformations
How to describe the transformation (x, y) -> (-x, -y).
• #### Reflections - Problem 2

##### Math›Geometry›Transformations
How to reflect a figure over x = 2.
• #### Reflections - Problem 3

##### Math›Geometry›Transformations
How to find the minimal path between two objects.
• #### Glide Reflections - Concept

##### Math›Geometry›Transformations
How to describe a glide reflection and identify the information needed to perform a glide reflection.
• #### Reflections - Problem 4

##### Math›Geometry›Transformations
How to describe the transformation given by (x,y) -> (-x, y+1).
• #### Reflections - Problem 1

##### Math›Geometry›Transformations
How to reflect a figure over the y-axis.
• #### Translations - Problem 2

##### Math›Geometry›Transformations
How to write the rule for a transformation that has already been performed.
• #### Inverse Variation - Problem 3

##### Math›Algebra›Linear Equations and Their Graphs
How to solve for a variable in an ordered pair if told that two points are solutions to an inverse variation.