Congruent Triangles to the Rescue
... Purpose: The purpose of this task is to provide students with practice in identifying the criteria they might use—ASA, SAS or SSS—to determine if two triangles embedded in another geometric figure are congruent, and then to use those congruent triangles to make other observations about the geome ...
... Purpose: The purpose of this task is to provide students with practice in identifying the criteria they might use—ASA, SAS or SSS—to determine if two triangles embedded in another geometric figure are congruent, and then to use those congruent triangles to make other observations about the geome ...
Name - MrArt
... d) Two angles that add to 90 degrees are called ___________________________ e) Two angles that add to 180 degrees are called __________________________ f) Adjacent angles that add to 180 degrees are called a _________________________ or a ________________________. ...
... d) Two angles that add to 90 degrees are called ___________________________ e) Two angles that add to 180 degrees are called __________________________ f) Adjacent angles that add to 180 degrees are called a _________________________ or a ________________________. ...
Unit 2A 2013-14 - Youngstown City Schools
... 9. Relate the AA Theorem to dilation: Teacher uses all three pairs of angles separately and/or combined to place similar triangles on top of each other with rigid motions. Give students the vertices of two similar shapes on the coordinate system and have them explain the relationships between the si ...
... 9. Relate the AA Theorem to dilation: Teacher uses all three pairs of angles separately and/or combined to place similar triangles on top of each other with rigid motions. Give students the vertices of two similar shapes on the coordinate system and have them explain the relationships between the si ...
MEASURES OF CENTRAL TENDENCY (average)
... of all the points above the mean is equal to the sum of the distances of all the data points below the mean. ...
... of all the points above the mean is equal to the sum of the distances of all the data points below the mean. ...
