Look at the figure shown below. A triangle RPQ is shown. S is a point on side PQ and T is a point on side PR. Points S and T are joined using a straight line. The length of PS is equal to 28, the length of SQ is equal to 12, the length of PT is equal to x and the length of TR is equal to 15 Patricia is writing statements as shown to prove that if segment ST is parallel to segment RQ, then x = 35. Statement Reason 1. Segment ST is parallel to segment QR Given 2. Angle QRT is congruent to angle STP Corresponding angles formed by parallel lines and their transversal are congruent. 3. Angl

Question

Look at the figure shown below.  A triangle RPQ is shown. S is a point on side PQ and T is a point on side PR. Points S and T are joined using a straight line. The length of PS is equal to 28, the length of SQ is equal to 12, the length of PT is equal to x and the length of TR is equal to 15  Patricia is writing statements as shown to prove that if segment ST is parallel to segment RQ, then  x = 35.     	Statement	Reason 1.	Segment ST is parallel to segment QR	Given 2.	Angle QRT is congruent to angle STP	Corresponding angles formed by parallel lines and their transversal are congruent. 3.	Angl