(02.04 MC) Below is a two-column proof incorrectly proving that the three angles of ΔPQR add up to 180°:   Statements Reasons ∠QRY ≅ ∠PQR Alternate Interior Angles Theorem Draw line ZY parallel to Construction m∠ZRP + m∠PRQ + m∠QRY = m∠ZRY Angle Addition Postulate ∠ZRP ≅ ∠RPQ Alternate Interior Angles Theorem m∠RPQ + m∠PRQ + m∠PQR = m∠ZRY Substitution m∠ZRY = 180° Definition of a Straight Angle m∠RPQ + m∠PRQ + m∠PQR = 180° Substitution Which statement will accurately correct the two-column proof?

(03.05 MC) Camden is creating a model of a pyramid. The model created will need to be scaled up from the blueprint. If segments DE and AB are parallel, which of the following expressions will help Camden determine the length of DC?

(03.06 MC) If point E is the midpoint of and point D is the midpoint of , which expression represents the value of s?

(03.06 MC) If point E is the midpoint of and point D is the midpoint of , which expression represents the value of u?

(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 ________.

(02.06 LC) SQRT is a parallelogram. If m∠STR = 106°, which of the following statements is true?

(02.06 LC) SQRT is a parallelogram. If m∠QST = 72°, which of the following statements is true?

(02.06 MC) In quadrilateral ABCD, the diagonals intersect at point T. Jasmine has used the Alternate Interior Angles Theorem to show that angle DAC is congruent to angle BCA and that angle ADB is congruent to angle CBD. Which of the following can Jasmine use to prove that triangle ATD is congruent to triangle CTB?

(01.07 LC) What angle relationship describes angles ABC and BED?

(03.01 MC) has endpoints located at Y'(0, 3) and Z'(−6, 3). was dilated at a scale factor of 3 from the origin. Which statement describes the pre-image?