In a galaxy far, far away, the forest moon Endor orbits the planet Tana in an elliptical path with the center of Tana at one focus. The major and minor axes of the orbit have lengths of 51,229 parsecs and 49,204 parsecs, respectively. Find the greatest distance, called the apogee, from Tana’s center to Endor’s center.

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step-by-step explanation:

answer:

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step-by-step explanation:

1. 180°. the sum of the interior angles of a triangle is 180°, for the equilateral triangle that it has three equals side is 60°+60°+60°=180°.

2. 60°. each interior angle of a equilateral triangle is 60°

3. 120°. the measure of ∠m is 120°, the sum of the angles ∠m and ∠n is equal to 180°. so, in order to find the measure of ∠m, we have ∠m+∠n=180° > ∠m=180°-∠n > ∠m=180°-60°=120°.

4. 360°. the sum of the exterior angles of an equilateral triangle is ∠m+∠r+∠x=120°+120°+120°=360°. the exterior angles of any triangle always add 360°.