AIR MATH

Math Question

6. The triangles \( Q T P \) and \( S P T \) are shown. Line \( R M \) is the perpendicular bisector of line segment \( P T \) and intersects line segment \( P T \) at point \( M \). Which transformation would imply that \( \triangle Q T P \cong \triangle S P T \) ?
A. horizontal translation the length of \( \overline{P R} \)
B. horizontal translation the length of \( \overline{P T} \)
C. reflection over \( \overline{R M} \)
D. reflection over \( \overline{S P} \)

Solution

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