(01.01 MC) Which statement explains the difference between a plane and a ray?

(01.07 MC) Julia is designing a frame for a client. She wants to prove to her client that m∠AGE ≅ m∠FHD in her sketch. What is the missing justification in the proof?   Statement Justification with transversal Given m∠AGE ≅ m∠HGB Vertical Angles Theorem m∠HGB ≅ m∠FHD   ∠AGE ≅ ∠FHD Transitive Property

(03.01 MC) Line g is dilated by a scale factor of 3 from the origin to create line g’. Where are points E’ and F’ located after dilation, and how are lines g and g’ related?

(01.07 LC) What angle relationship describes ∠SQU and ∠RQV?

(01.06 MC) Kyle is creating a frame for a model car. He begins by piecing two rods together, as shown in the diagram. Justify why AB = 10.

(03.06 MC) If j = h and k = m, then which expression represents the value of g?

(01.07 MC) Greg is constructing a fence that consists of parallel sides and . Complete the proof to explain how he can show that m∠FAC = 121° by finding the missing justifications.   Statement Justification ∥ m∠ECG = 121° Given m∠ECG + m∠ECA = 180° Linear Pair Postulate m∠FAC + m∠ECA = 180° 1. m∠ECG + m∠ECA = m∠FAC + m∠ECA Transitive Property m∠ECG = m∠FAC Subtraction Property m∠FAC = m∠ECG Symmetric Property m∠FAC = 121° 2.

(01.07 MC) Fill in the missing statement and reason in the proof of the Alternate Exterior Angles Theorem. It is given that is parallel to and points E, G, H, and F are collinear. ________ by the Vertical Angles Theorem. ∠AGF and ∠CHF are corresponding and congruent according to the Corresponding Angles Theorem. Finally, ∠EGB and ∠CHF are congruent by the ________.

(03.06 MC) Which statement is not used to prove that ΔFGH is similar to ΔFIJ?

(01.02 MC) Ben uses a compass and a straightedge to construct ∠DEF ≅ ∠ABC, as shown below: Which statement best explains why Ben uses the width BI to create the arc JK from point E?