MAFS.912.G-SRT.2.5
Scientific Calculator
Congruence, Similarity, Right Triangles & Trig - 46%
MAFS.912.G-
CO.1.1 Definitions
CO.1.2 Use Transformations
CO.1.5 MapTransformations
CO.2.6 Rigid Motions
CO.3.9 Line & L Theorems
CO.3.10 Triangle Theorems
CO.3.11 Parallelograms
CO.4.12 Constructions
SRT.1.1 Dilations
SRT.1.2 Def of Similarity
SRT.1.3 AA Similarity
SRT.2.5 ~ &
Criteria of s
SRT.3.8 Trig & Pyth Theorem
Circles, Geometric Measurement & Geometric Properties with Equations - 38%
MAFS.912.G-
C.1.1 Similar Circles
C.1.2 Chord-L Relationships
C.1.3 Inscribe/Circumscribe
C.2.5 Arcs, Angles, Sectors
GMD.1.1 Argue Formulas
GMD.1.3 Use Formulas
GMD.2.4 Identify Objects
GPE.1.1 Equation of a Circle
GPE.2.4 Use Coordinates
GPE.2.5 Use || and Slope
GPE.2.6 Segment Ratios
GPE.2.7 Coordinate Per/Area
Modeling with Geometry - 16%
MAFS.912.G-
In Your Text
What You Need To Know...
MAFS.912.G-SRT.2.5 - Use congruence and similarity criteria for triangles to solve problems and to prove relationships in geometric figures.
1. The benchmark will be assessed using Drag and Drop Response, Equation Response, Movable Text Response, Multiple Choice Response, Open Response, or Selectable Text Response.
2. Items may require students to use congruence criteria for triangles to solve problems or to prove relationships in geometric figures.
3. Items may require students to use similarity criteria for triangles to solve problems or to prove relationships in geometric figures.
4. Items may use geometric figures of any shape that can be deconstructed to form a triangle.
Example One
Example Two
Example Three
Example Four
Example Five
Example Six
Example Seven
Malik runs on the trails in the park. He normally runs 1 complete lap around trail ABCD. The length of each side of trail ABCD is shown in meters (m) in the diagram below.
If trail EFGH is similar in shape to trail ABCD, what is the minimum distance, to the nearest whole meter, Malik would have to run to complete one lap around trail EFGH?
Example Eight
On the coordinate grid below, quadrilateral ABCD has vertices with integer coordinates.
Quadrilateral QRST is similar to quadrilateral ABCD with point S located at (5, -1) and point T located at (-1, -1). Which of the following could be possible coordinates for point Q?
- (6, -4)
- (7, -7)
- (-3, -7)
- (-2, -4)
Reference Sheet
Select sample problems taken from FLDVIPN teacher materials
Violet Esopakis - Palm Beach Co.
Stephanie Fitzwater - Seminole Co.
Angela Kerins - Orange Co.
Lisa Lasseter - St. Johns Co.
Jeremy Lowery - Escambia Co.
Jodi Van Wagoner - Brevard Co.
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Jeremy Lowery - Escambia Co.
Sheila Montgomery - Escambia Co.
Debra Robertson - Escambia Co.