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Geometry Section 4.3 and Mixed Review
Quiz by Dr. Esequiel Garcia
Track each student's skills and progress in your Mastery dashboards
Which triangles are congruent because of ASA?
Which triangles are congruent because of ASA?
group d
group a
group b
group c
Which triangles are congruent because of ASA?
Which triangles are congruent because of ASA?
Can you use the SAS postulate, the AAS theorem or both to prove the triangles congruent?
Based on the given information, what can you conclude, and why?
Justify the last two steps of the proof.
What other information do you need in order to prove the triangles congruent using the SAS Congruence Postulate?
Which statement describes congruent segments?
Which statement describes the segment addition postulate?
Which of the following describes complementary angles?
Which describes a linear pair?
Which describes vertical angles?
Which describes the Congruent Supplements Theorem?
Which describes the Linear Pair Postulate?
Which describes the Congruent Complements Theorem?
Which describes the Corresponding Angles Postulate?
Which describes Alternate Interior Angles Theorem?
Which describes the Alternate Exterior Angles Theorem?
Which describes the Consecutive Interior Angles Theorem?
Which describes Exterior Angle Theorem?
Which describes the Triangle Sum Theorem?
Which describes Definition of Congruent Triangles?
Which describes midpoint?
Which describes the Third Angles Theorem?
What do we know about the slope of a parallel line?
What do we know about the slope of a perpendicular lines?
Which of the following is not a method for proving triangles congruent?
Which of the following describes an angle bisector?
Which of the following are reasons for step 2 and 5?
What are the reasons for a) ___________________ and b.)_____________?
What are the reasons for 2.) ____________________ and 5.)________________?
State the postulate or theorem you can use to prove the triangles congruent. If the triangles cannot be proven congruent, write not possible. (SSS, ASA, SAS, or AAS)
State the postulate or theorem you can use to prove the triangles congruent. If the triangles cannot be proven congruent, write not possible. (SSS, ASA, SAS, or AAS)
State the postulate or theorem you can use to prove the triangles congruent. If the triangles cannot be proven congruent, write not possible. (SSS, ASA, SAS, or AAS)
Which of the following statement is true?
