To determine which similarity statement is true, we need to analyze the angle measures of both triangles provided and apply the Angle-Angle (AA) criterion for triangle similarity.
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For triangle RST:
- m∠R = 29°
- m∠T = 71°
- To find m∠S, we use the fact that the sum of angles in a triangle is 180°: \[ m∠S = 180° - m∠R - m∠T = 180° - 29° - 71° = 80° \]
- Therefore, angles in triangle RST are:
- m∠R = 29°
- m∠S = 80°
- m∠T = 71°
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For triangle CDE:
- m∠D = 71°
- m∠C = 80°
- To find m∠E, we can again use the sum of angles in a triangle: \[ m∠E = 180° - m∠C - m∠D = 180° - 80° - 71° = 29° \]
- Therefore, angles in triangle CDE are:
- m∠C = 80°
- m∠D = 71°
- m∠E = 29°
Now, we can compare the angles of both triangles:
- Triangle RST has angles 29°, 80°, and 71°.
- Triangle CDE has angles 29°, 80°, and 71°.
Since both triangles have the same angle measures, we can conclude that they are similar by AA similarity criterion. The similarity statement that corresponds to this is:
\[ \triangle RST \sim \triangle CDE \]
Among the options provided, the correct choice is:
△RST∼△CED